Skip to main content Accessibility help
×
Hostname: page-component-76fb5796d-x4r87 Total loading time: 0 Render date: 2024-04-26T20:56:42.922Z Has data issue: false hasContentIssue false

References

Published online by Cambridge University Press:  05 June 2012

Norman Jones
Affiliation:
University of Liverpool
Get access

Summary

Image of the first page of this content. For PDF version, please use the ‘Save PDF’ preceeding this image.'
Type
Chapter
Information
Structural Impact , pp. 541 - 570
Publisher: Cambridge University Press
Print publication year: 2011

Access options

Get access to the full version of this content by using one of the access options below. (Log in options will check for institutional or personal access. Content may require purchase if you do not have access.)

References

Baker, J. FHorne, M. RHeyman, JThe Steel Skeleton, vol. 2: Plastic Behaviour and DesignCambridge University PressCambridge 1956
Hodge, P. G.Plastic Analysis of StructuresMcGraw-HillNew York 1959
Prager, W.An Introduction to PlasticityAddison-Wesley, Boston, Mass. 1959
Mendelson, A.Plasticity: Theory and ApplicationMacmillan, New York 1968
Baker, J. F.Heyman, J.Plastic Design of Frames 1: FundamentalsCambridge University PressCambridge 1969
Heyman, J.Plastic Design of Frames 2: ApplicationsCambridge University PressCambridge 1971
Horne, M. R.Plastic Theory of StructuresMIT PressCambridge, Mass 1971
Johnson, W.Mellor, P. B.Engineering PlasticityVan Nostrand ReinholdLondon 1973
Kachanov, L. M.Fundamentals of the Theory of PlasticityMIRMoscow 1974
Martin, J. B.Plasticity: Fundamentals and General ResultsMIT PressCambridge, Mass 1975
Calladine, C. R.Plasticity for EngineersEllis HorwoodChichester, and John Wiley, New York 1985
Venkatraman, B.Patel, S. A.Structural Mechanics with Introductions to Elasticity and PlasticityMcGraw-HillNew York 1970
Haythornthwaite, R. MBeams with full end fixityEngineering 183 110 1957Google Scholar
Prager, WAn Introduction to PlasticityAddison-WesleyBoston, Mass 1959
Hodge, P. G.Limit Analysis of Rotationally Symmetric Plates and ShellsPrentice-HallEnglewood Cliffs, N.J 1963
Drucker, D. CA more fundamental approach to plastic stress-strain relationsProceedings First U.S. Congress of Applied Mechanics, ASME 1951 26 101Google Scholar
Drucker, D. CPrager, WGreenberg, H. JExtended limit design theorems for continuous mediaQuarterly of Applied Mathematics 9 381 1952Google Scholar
Calladine, C. R.Plasticity for EngineersEllis Horwood, Chichester, and John WileyNew York 1985
Hopkins, H. GPrager, WThe load carrying capacities of circular platesJournal of the Mechanics and Physics of Solids 2 1953Google Scholar
Timoshenko, S.Woinowsky-Krieger, S.Theory of Plates and ShellsMcGraw-HillNew York 1959
Wood, R. H.Plastic and Elastic Design of Slabs and PlatesThames & HudsonLondon 1961
Sawczuk, AWinnicki, LPlastic behavior of simply supported reinforced concrete plates at moderately large deflectionsInternational Journal of Solids and Structures 1 97 1965Google Scholar
Prager, WThe general theory of limit designProceedings of the Eighth International Congress on Theoretical and Applied Mechanics 2 65 1952Google Scholar
Jones, N.A Lower Bound to the Static Collapse Pressure of a Fully Clamped Rectangular PlateMIT, CambridgeMass 1971
Fox, E. NLimit analysis for plates: the exact solution for a clamped square plate of isotropic homogeneous material obeying the square yield criterion and loaded by uniform pressurePhilosophical Transactions of the Royal Society of London, Series A (Mathematical and Physical Sciences) 277 121 1974Google Scholar
Zaid, MOn the carrying capacity of plates of arbitrary shape and variable fixity under a concentrated loadJournal of Applied Mechanics 25 598 1958Google Scholar
Kraus, H.Thin Elastic ShellsJohn WileyNew York 1967
Hodge, P. G.Plastic Analysis of StructuresMcGraw-HillNew York 1959
Calladine, C. R.Theory of Shell StructuresCambridge University PressCambridge 1983
Onat, E. THaythornthwaite, R. MThe load-carrying capacity of circular plates at large deflectionJournal of Applied Mechanics 23 49 1956Google Scholar
Jones, NRigid plastic behaviour of platesBulletin of Mechanical Engineering Education 9 235 1970Google Scholar
Hooke, RRawlings, BAn experimental investigation of the behaviour of clamped, rectangular, mild steel plates subjected to uniform transverse pressureProceedings of the Institution of Civil Engineers 42 75 1969Google Scholar
Jones, NWalters, R. MLarge deflections of rectangular platesJournal of Ship Research 15 164 1971Google Scholar
Augusti, Gd’Agostino, SExperiments on the plastic behavior of short steel cylindrical shells subject to internal pressureProceedings of the First International Conference on Pressure Vessel Technology 1 45 1969Google Scholar
Perrone, NAn experimental verification of limit analysis of short cylindrical shellsJournal of Applied Mechanics 36 362 1969Google Scholar
Drucker, D. CLimit analysis of cylindrical shells under axially-symmetric loadingProceedings of the First Midwestern Conference on Solid Mechanics158 1953Google Scholar
Demir, H. HDrucker, D. CAn experimental study of cylindrical shells under ring loadingProgress in Applied Mechanics, Prager Anniversary VolumeMacmillanNew York205 1963
Eason, GShield, R. TThe influence of free ends on the load-carrying capacities of cylindrical shellsJournal of the Mechanics and Physics of Solids 4 17 1955Google Scholar
Eason, GThe load carrying capacities of cylindrical shells subjected to a ring of forceJournal of the Mechanics and Physics of Solids 7 169 1959Google Scholar
Hu, L. WDesign of circular plates based on plastic limit loadProceedings of the ASCE 86 91 1960Google Scholar
Mansfield, E. H.Studies in collapse analysis of rigid-plastic plates with a square yield diagramProceedings of the Royal Society of London, Series A (Mathematical and Physical Sciences) 241 311 1957Google Scholar
Jones, NCombined distributed loads on rigid-plastic circular plates with large deflectionsInternational Journal of Solids and Structures 5 51 1969Google Scholar
Olszak, W.Sawczuk, A.Inelastic Behaviour in ShellsNoordhoffGroningen 1967
Duszek, MPlastic analysis of cylindrical shells subjected to large deflectionsArchiwum Mechaniki Stosowanej 18 599 1966Google Scholar
Duszek, MSawczuk, ALoad-deflexion relations for rigid-plastic cylindrical shells beyond the incipient collapse loadInternational Journal of Mechanical Sciences 12 839 1970Google Scholar
Jones, NIch, N. TThe load carrying capacities of symmetrically loaded shallow shellsInternational Journal of Solids and Structures 8 1339 1972Google Scholar
Onat, E. T.Prager, WLimit analysis of shells of revolution, pts 1 and 2Proceedings of the Royal Netherlands Academy of Science 57 534 1954Google Scholar
Drucker, D. C.Shield, R. TLimit analysis of symmetrically loaded thin shells of revolutionJournal of Applied Mechanics 26 61 1959Google Scholar
Shield, R. TDrucker, D. CDesign of thin-walled torispherical and toriconical pressure-vessel headsJournal of Applied Mechanics 28 292 1961Google Scholar
Save, MJanas, MCollapse and bursting pressures of mild-steel vesselsArchiwum Budowy Maszyn 18 77 1971Google Scholar
Gill, S. SThe limit pressure for a flush cylindrical nozzle in a spherical pressure vesselInternational Journal of Mechanical Sciences 6 105 1964Google Scholar
Cloud, R. LRodabaugh, E. CApproximate analysis of the plastic limit pressures of nozzles in cylindrical shellsTransactions of the ASME, Journal of Engineering for Power 90 171 1968Google Scholar
Jones, NThe collapse pressure of a flush cylindrical nozzle intersecting a conical pressure vessel axisymmetricallyInternational Journal of Mechanical Sciences 11 401 1969Google Scholar
Gill, S. SThe Stress Analysis of Pressure Vessels and Pressure Vessel ComponentsPergamonOxford 1970
Hodge, P. GPlastic analysis and pressure-vessel safetyApplied Mechanics Reviews 24 741 1971Google Scholar
Lance, R. HOnat, E. TA comparison of experiments and theory in the plastic bending of circular platesJournal of the Mechanics and Physics of Solids 10 301 1962Google Scholar
Liu, J.Jones, NExperimental investigation of clamped beams struck transversely by a massInternational Journal of Impact Engineering 6 303 1987Google Scholar
Lowe, W. TAl-Hassam, S. T. SJohnson, WImpact behaviour of small scale model motor coachesProceedings of the Institution of Mechanical Engineers 186 409 1972Google Scholar
Lee, E. HSymonds, P. SLarge plastic deformations of beams under transverse impactJournal of Applied Mechanics 19 308 1952Google Scholar
Symonds, P. S.Ting, T. C. T.Robinson, D. N.Survey of Progress in Plastic Wave Propagation in Solid BodiesBrown University Report 1967
Symonds, P. SLarge plastic deformations of beams under blast type loadingProceedings of the Second US National Congress of Applied Mechanics505 1954Google Scholar
Selby, S. M.Standard Mathematical TablesCRC PressCleveland, Ohio 1974
Parkes, E. WThe permanent deformation of an encastré beam struck transversely at any point in its spanProceedings of the Institution of Civil Engineers 10 277 1958Google Scholar
Parkes, E. WThe permanent deformation of a cantilever struck transversely at its tipProceedings of the Royal Society of London, Series A (Mathematical and Physical Sciences) 228 462 1955Google Scholar
Florence, A. LFirth, R. DRigid-plastic beams under uniformly distributed impulsesJournal of Applied Mechanics 32 481 1965Google Scholar
Symonds, P. SFleming, W. TParkes revisited: on rigid-plastic and elastic plastic dynamic structural analysisInternational Journal of Impact Engineering 2 1 1984Google Scholar
Duwez, P. EClark, D. SBohnenblust, H. FThe behaviour of long beams under impact loadingJournal of Applied Mechanics 17 27 1950Google Scholar
Conroy, M. FPlastic deformation of semi-infinite beams subject to transverse impact loading at the free endJournal of Applied Mechanics 23 239 1956Google Scholar
Symonds, P. S.Survey of Methods of Analysis for Plastic Deformation of Structures under Dynamic LoadingBrown University Report 1967
Symonds, P. S.Frye, C. W. G.On the Relation between Rigid-Plastic and Elastic-Plastic Predictions of Response to Pulse LoadingInternational Journal of Impact Engineering 7 139 1988Google Scholar
Bodner, S. RSymonds, P. SExperimental and theoretical investigation of the plastic deformation of cantilever beams subjected to impulsive loadingJournal of Applied Mechanics 29 719 1962Google Scholar
Goldsmith, W.ImpactEdward ArnoldLondon 1960
Johnson, W.Impact Strength of MaterialsEdward ArnoldLondon, and Crane Russak, New York 1972
Stronge, W. JShioya, TImpact and bending of a rigid-plastic fan bladeJournal of Applied Mechanics 51 501 1984Google Scholar
Yu, T. XHua, Y. LJohnson, WThe plastic hinge position in a circular cantilever when struck normal to its plane by a constant jet at its tipInternational Journal of Impact Engineering 3 143 1985Google Scholar
Hua, Y. LYu, T. XJohnson, WThe plastic hinge position in a bent cantilever struck normal to its plane by a steady jet applied at its tipInternational Journal of Impact Engineering 3 233 1985Google Scholar
Yu, T. XSymonds, P. S.Johnson, WA reconsideration and some new results for the circular beam impact problemInternational Journal of Impact Engineering 4 221 1986Google Scholar
Reid, S. RGui, X. GOn the elastic–plastic deformation of cantilever beams subjected to tip impactInternational Journal of Impact Engineering 6 109 1987Google Scholar
Jones, NWierzbicki, TDynamic plastic failure of a free–free beamInternational Journal of Impact Engineering 6 225 1987Google Scholar
Yu, JJones, NNumerical simulation of a clamped beam under impact loadingComputers and Structures 32 281 1989Google Scholar
Jones, NRecent studies on the dynamic plastic behaviour of structuresApplied Mechanics Reviews 42 95 1989Google Scholar
Wegener, R. BMartin, J. BPredictions of permanent deformation of impulsively loaded simply supported square tube steel beamsInternational Journal of Mechanical Sciences 27 55 1985Google Scholar
Yang, J. LYu, T. XReid, S. RDynamic behaviour of a rigid perfectly plastic free-free beam subjected to step-loading at any cross-section along its spanInternational Journal of Impact Engineering 21 165 1998Google Scholar
Yang, J. LXi, FExperimental and theoretical study of free-free beam subjected to impact at any cross-section along its spanInternational Journal of Impact Engineering 28 761 2003Google Scholar
Jones, NAlves, MPost-severance analysis of impulsively loaded beamsInternational Journal of Solids and Structures 41 6441 2004Google Scholar
Jones, NAlves, MPost-failure response of impulsively loaded clamped beamsEuropean Journal of Mechanics, A/Solids 25 707 2006Google Scholar
Jones, NUran, T. OTekin, S. AThe dynamic plastic behaviour of fully clamped rectangular platesInternational Journal of Solids and Structures 6 1499 1970Google Scholar
Hopkins, H. GPrager, WOn the dynamics of plastic circular platesJournal of Applied Mathematics and Physics ZAMP 5 317 1954Google Scholar
Wang, A. JThe permanent deflection of a plastic plate under blast loadingJournal of Applied Mechanics 22 375 1955Google Scholar
Florence, A. LClamped circular rigid-plastic plates under blast loadingJournal of Applied Mechanics 33 256 1966Google Scholar
Wang, A. JHopkins, H. GOn the plastic deformation of built-in circular plates under impulsive loadJournal of the Mechanics and Physics of Solids 3 22 1954Google Scholar
Timoshenko, S.Woinowsky-Krieger, S.Theory of Plates and ShellsMcGraw-HillNew York 1959
Cox, A. DMorland, L. WDynamic plastic deformations of simply supported square platesJournal of the Mechanics and Physics of Solids 7 229 1959Google Scholar
Jones, N.Impulsive loading of a simply supported circular rigid-plastic plateJournal of Applied Mechanics 35 59 1968Google Scholar
Johnson, W.Impact Strength of MaterialsEdward ArnoldLondon, and Crane Russak, New York 1972
Shapiro, G. SOn a rigid-plastic annular plate under impulsive loadJournal of Applied Mathematics and Mechanics Prik Mat iMek 23 234 1959Google Scholar
Florence, A. L.Annular plate under a transverse line impulseAIAA Journal 3 1726 1965Google Scholar
Perrone, NImpulsively loaded strain-rate-sensitive platesJournal of Applied Mechanics 34 380 1967Google Scholar
Jones, NFinite-deflections of a rigid-viscoplastic strain-hardening annular plate loaded impulsivelyJournal of Applied Mechanics 35 349 1968Google Scholar
Jones, NFinite-deflections of a simply supported rigid-plastic annular plate loaded dynamicallyInternational Journal of Solids and Structures 4 593 1968Google Scholar
Aggarwal, H. R.Ablow, C. MPlastic bending of an annular plate by uniform impulseInternational Journal of Non-Linear Mechanics 6 69 1971Google Scholar
Florence, A. LClamped circular rigid-plastic plates under central blast loadingInternational Journal of Solids and Structures 2 319 1966Google Scholar
Conroy, M. FRigid-plastic analysis of a simply supported circular plate due to dynamic circular loadingJournal of the Franklin Institute 288 121 1969Google Scholar
Florence, A. LResponse of circular plates to central pulse loadingInternational Journal of Solids and Structures 13 1091 1977Google Scholar
Perzyna, PDynamic load carrying capacity of a circular plateArchiwum Mechaniki Stosowanej 10 635 1958Google Scholar
Symonds, P. SLarge plastic deformations of beams under blast type loadingProceedings of the Second US National Congress of Applied Mechanics, ASME505 1954Google Scholar
Youngdahl, C. KCorrelation parameters for eliminating the effect of pulse shape on dynamic plastic deformationJournal of Applied Mechanics 37 744 1970Google Scholar
Krajcinovic, DDynamic analysis of clamped plastic circular platesInternational Journal of Mechanical Sciences 14 225 1972Google Scholar
Krajcinovic, DClamped circular rigid-plastic plates subjected to central blast loadingComputers and Structures 2 487 1972Google Scholar
Stronge, W. JEfficient pulse shapes to plastically deform beamsJournal of Applied Mechanics 41 604 1974Google Scholar
Li, Q. MJones, NFoundation of correlation parameters for eliminating pulse shape effects on dynamic plastic response of structuresTrans. ASME, Journal of Applied Mechanics 72 172 2005Google Scholar
Hopkins, H. GOn the plastic theory of platesProceedings of the Royal Society of London, Series A (Mathematical and Physical Sciences) 241 153 1957Google Scholar
Hodge, P. G.Limit Analysis of Rotationally Symmetric Plates and ShellsPrentice-HallEnglewood Cliffs, N.J. 1963
Hodge, P. GImpact pressure loading of rigid-plastic cylindrical shellsJournal of the Mechanics and Physics of Solids 3 176 1955Google Scholar
Baker, W. EThe elastic–plastic response of thin spherical shells to internal blast loadingJournal of Applied Mechanics 27 139 1960Google Scholar
Duffey, TSignificance of strain-hardening and strain-rate effects on the transient response of elastic–plastic spherical shellsInternational Journal of Mechanical Sciences 12 811 1970Google Scholar
Flügge, W.Stresses in ShellsSpringerNew York 1973
Ich, N. TJones, NThe dynamic plastic behaviour of simply supported spherical shellsInternational Journal of Solids and Structures 9 741 1973Google Scholar
Jones, NConsistent equations for the large deflections of structuresBulletin of Mechanical Engineering Education 10 9 1971Google Scholar
Onat, E. TPrager, WLimit analysis of shells of revolutionProceedings of the Royal Netherlands Academy of Science B57 534542 1954Google Scholar
Jones, NIch, N. TThe load carrying capacities of symmetrically loaded shallow shellsInternational Journal of Solids and Structures 8 1339 1972Google Scholar
Hodge, P. GPaul, BApproximate yield conditions in dynamic plasticityProceedings of the Third Midwestern Conference on Solid MechanicsUniversity of Michigan29 1957
Sankaranarayanan, ROn the dynamics of plastic spherical shellsJournal of Applied Mechanics 30 87 1963Google Scholar
Sankaranarayanan, ROn the impact pressure loading of a plastic spherical capJournal of Applied Mechanics 33 704 1966Google Scholar
Walters, R. MJones, NAn approximate theoretical study of the dynamic plastic behavior of shellsInternational Journal of Non-Linear Mechanics 7 255 1972Google Scholar
Jones, NWalters, R. MA comparison of theory and experiments on the dynamic plastic behaviour of shellsArchives of Mechanics 24 701 1972Google Scholar
Jones, NGiannotti, J. GGrassit, K. EAn experimental study into the dynamic inelastic behaviour of spherical shells and shell intersectionsArchiwum Budowy Maszyn 20 33 1973Google Scholar
Hodge, P. GThe influence of blast characteristics on the final deformation of circular cylindrical shellsJournal of Applied Mechanics 23 617 1956Google Scholar
Hodge, P. GUltimate dynamic load of a circular cylindrical shellProceedings of the Second Midwestern Conference on Solid MechanicsLafayette, Ind150 1956
Hodge, P. GThe effect of end conditions on the dynamic loading of plastic shellsJournal of the Mechanics and Physics of Solids 7 258 1959Google Scholar
Eason, GShield, R. TDynamic loading of rigid-plastic cylindrical shellsJournal of the Mechanics and Physics of Solids 4 53 1956Google Scholar
Kuzin, P. AShapiro, G. SOn dynamic behaviour of plastic structuresProceedings of the Eleventh International Congress of Applied MechanicsMunich 1964 Gortler, HSpringerNew York629
Nemirovsky, Y. V.Mazalov, V. N.Dynamic behaviour of cylindrical shells strengthened with ring ribs – Pt I: Infinitely long shellInternational Journal of Solids and Structures 5 817 1969Google Scholar
Youngdahl, C. KCorrelation parameters for eliminating the effect of pulse shape on dynamic plastic deformationJournal of Applied Mechanics 37 744 1970Google Scholar
Youngdahl, C. KDynamic plastic deformation of circular cylindrical shellsJournal of Applied Mechanics 39 746 1972Google Scholar
Youngdahl, C. KKrajcinovic, DDynamic plastic deformation of an infinite plateInternational Journal of Solids and Structures 22 859 1986Google Scholar
Youngdahl, C. KEffect of pulse shape and distribution on the plastic deformation of a circular plateInternational Journal of Solids and Structures 23 1179 1987Google Scholar
Zhu, GHuang, Y.-GYu, T. XWang, REstimation of the plastic structural response under impactInternational Journal of Impact Engineering 4 271 1986Google Scholar
Duffey, TKrieg, RThe effects of strain-hardening and strain-rate sensitivity on the transient response of elastic-plastic rings and cylindersInternational Journal of Mechanical Sciences 11 825 1969Google Scholar
Perrone, NImpulsively loaded strain hardened rate-sensitive rings and tubesInternational Journal of Solids and Structures 6 1119 1970Google Scholar
Jones, NAn approximate rigid-plastic analysis of shell intersections loaded dynamicallyTransactions of the ASME, Journal of Engineering for Industry 95 321 1973Google Scholar
Summers, A. BJones, NSome experiments on the dynamic plastic behaviour of shell intersectionsNuclear Engineering and Design 26 274 1974Google Scholar
Jones, NA literature review of the dynamic plastic response of structuresThe Shock and Vibration Digest 7 89 1975Google Scholar
Horne, M. R.Plastic Theory of StructuresMIT PressCambridge, Mass 1971
Liu, JJones, NExperimental investigation of clamped beams struck transversely by a massInternational Journal of Impact Engineering 6 303 1987Google Scholar
Jones, NWierzbicki, TA study of the higher modal dynamic plastic response of beamsInternational Journal of Mechanical Sciences 18 533 1976Google Scholar
Jones, NGuedes Soares, CHigher modal dynamic plastic behaviour of beams loaded impulsivelyInternational Journal of Mechanical Sciences 20 135 1978Google Scholar
Spencer, A. J. M.Dynamics of ideal fibre-reinforced rigid-plastic beamsJournal of the Mechanics and Physics of Solids 22 147 1974Google Scholar
Jones, NDynamic behaviour of ideal fibre-reinforced rigid-plastic beamsJournal of Applied Mechanics 43 319 1976Google Scholar
Nonaka, TShear and bending response of a rigid-plastic beam to blast-type loadingIngenieur-Archiv 46 35 1977Google Scholar
Symonds, P. SPlastic shear deformations in dynamic load problemsEngineering PlasticityHeyman, JLeckie, F. A.Cambridge University PressCambridge647 1968
Jones, NSong, B. QShear and bending response of a rigid-plastic beam to partly distributed blast-type loadingJournal of Structural Mechanics 14 275 1986Google Scholar
Jones, Nde Oliveira, J. GThe influence of rotatory inertia and transverse shear on the dynamic plastic behaviour of beamsJournal of Applied Mechanics 46 303 1979Google Scholar
de Oliveira, J. GJones, NA numerical procedure for the dynamic plastic response of beams with rotatory inertia and transverse shear effectsJournal of Structural Mechanics 7 193 1979Google Scholar
de Oliveira, J. GBeams under lateral projectile impactProceedings of the ASCE, Journal of the Engineering Mechanics Division 108 51 1982Google Scholar
Sawczuk, ADuszek, MA note on the interaction of shear and bending in plastic platesArchiwum Mechaniki Stosowanej 15 411 1963Google Scholar
Jones, Nde Oliveira, J. GDynamic plastic response of circular plates with transverse shear and rotatory inertiaJournal of Applied Mechanics 47 27 1980Google Scholar
Wang, A. JThe permanent deflection of a plastic plate under blast loadingJournal of Applied Mechanics 22 375 1955Google Scholar
Kumar, AReddy, V. V. KDynamic plastic response of circular plates with transverse shearJournal of Applied Mechanics 53 952 1986Google Scholar
Jones, Nde Oliveira, J. GImpulsive loading of a cylindrical shell with transverse shear and rotatory inertiaInternational Journal of Solids and Structures 19 263 1983Google Scholar
Jones, NThe influence of large deflections on the behaviour of rigid-plastic cylindrical shells loaded impulsivelyJournal of Applied Mechanics 37 416 1970Google Scholar
Martin, J. BImpulsive loading theorems for rigid-plastic continuaProceedings of the ASCE, Journal of the Engineering Mechanics Division 90 27 1964Google Scholar
Morales, W. JNevill, G. ELower bounds on deformations of dynamically loaded rigid-plastic continuaAIAA Journal 8 2043 1970Google Scholar
Jones, NBounds on the dynamic plastic behaviour of structures including transverse shear effectsInternational Journal of Impact Engineering 3 273 1985Google Scholar
Heyman, JThe full plastic moment of an I-beam in the presence of shear forceJournal of the Mechanics and Physics of Solids 18 359 1970Google Scholar
de Oliveira, J. GJones, NSome remarks on the influence of transverse shear on the plastic yielding of structuresInternational Journal of Mechanical Sciences 20 759 1978Google Scholar
Hodge, P. GInteraction curves for shear and bending of plastic beamsJournal of Applied Mechanics 24 453 1957Google Scholar
Ranshi, A. SChitkara, N. RJohnson, WPlastic yielding of I-beams under shear, and shear and axial loadingInternational Journal of Mechanical Sciences 18 375 1976Google Scholar
Neal, B. G.Effect of shear force on the fully plastic moment of an I-beamJournal of Mechanical Engineering Science 3 258 1961Google Scholar
Ilyushin, A. A.PlasticitéEyrollesParis 1956
Shapiro, G. SOn yield surfaces for ideally plastic shellsProblems of Continuum MechanicsSIAMPhiladelphia414 1961
Robinson, MThe effect of transverse shear stresses on the yield surface for thin shellsInternational Journal of Solids and Structures 9 819 1973Google Scholar
Drucker, D. CThe effect of shear on the plastic bending of beamsJournal of Applied Mechanics 23 509 1956Google Scholar
Reckling, K. A.Der Ebene Spannungszustand bei der plastischen BalkenbeigungAus theorie und Praxis der IngenieurwissenschaftenW. Ernst und SohnBerlin39 1971
Laudiero, FJones, NImpulsive loading of an ideal fibre-reinforced rigid- plastic beamJournal of Structural Mechanics 5 369 1977Google Scholar
Mosquera, J. MKolsky, HThe dynamic mechanical response of fibre-reinforced beams to large transverse loadsJournal of the Mechanics and Physics of Solids 33 193 1985Google Scholar
Menkes, S. BOpat, H. JBroken beamsExperimental Mechanics 13 480 1973Google Scholar
Jones, NPlastic failure of ductile beams loaded dynamicallyTransactions of the ASME, Journal of Engineering for Industry 98 131 1976Google Scholar
Jouri, W. SJones, NThe impact behaviour of aluminium alloy and mild steel double-shear specimensInternational Journal of Mechanical Sciences 30 153 1988Google Scholar
Jones, NOn the dynamic inelastic failure of beamsStructural FailureWierzbicki, T.Jones, N.John WileyNew York133 1989
Yu, JilinJones, NFurther experimental investigations on the failure of clamped beams under impact loadsInternational Journal of Solids and Structures 27 1113 1991Google Scholar
Yu, JilinJones, NNumerical simulation of impact loaded steel beams and the failure criteriaInternational Journal of Solids and Structures 34 3977 1997Google Scholar
Shen, W. QJones, NA failure criterion for beams under impulsive loadingInternational Journal of Impact Engineering 12 101 1992Google Scholar
Yu, T. XChen, F. LA further study of plastic shear failure of impulsively loaded clamped beamsInternational Journal of Impact Engineering 24 6613 2000Google Scholar
Li, Q. MJones, NResponse and failure of a double-shear beam subjected to mass impactInternational Journal of Solids and Structures 39 1919 2002Google Scholar
Teeling-Smith, R. GNurick, G. NThe deformation and tearing of thin circular plates subjected to impulsive loadsInternational Journal of Impact Engineering 11 77 1991Google Scholar
Shen, W. QJones, NDynamic response and failure of fully clamped circular plates under impulsive loadingInternational Journal of Impact Engineering 13 259 1993Google Scholar
Olson, M. DNurick, G. NFagnan, J. RDeformation and rupture of blast loaded square plates-predictions and experimentsInternational Journal of Impact Engineering 13 279 1993Google Scholar
Nurick, G. NGelman, M. EMarshall, N. STearing of blast loaded plates with clamped boundary conditionsInternational Journal of Impact Engineering 18 803 1996Google Scholar
Nurick, G. NShave, G. CThe deformation and tearing of thin square plates subjected to impulsive loads-an experimental studyInternational Journal of Impact Engineering 18 99 1996Google Scholar
Yuen, S. C. KNurick, G. NExperimental and numerical studies on the response of quadrangular stiffened plates. Part 1: subjected to uniform blast loadInternational Journal of Impact Engineering 31 55 2005Google Scholar
Langdon, G. SYuen, S. C. KNurick, G. NExperimental and numerical studies on the response of quadrangular stiffened plates. Part 2: localised blast loadingInternational Journal of Impact Engineering 31 85 2005Google Scholar
Li, Q. MJones, NBlast loading of fully clamped beams with transverse shear effectsMechanics, Structures and Machines 23 59 1995Google Scholar
Li, Q. MJones, NBlast loading of fully clamped circular plates with transverse shear effectsInternational Journal of Solids and Structures 31 1861 1994Google Scholar
Li, Q. MJones, NBlast loading of a ‘short’ cylindrical shell with transverse shear effectsInternational Journal of Impact Engineering 16 331 1995Google Scholar
Jones, NAlves, MPost-severance analysis of impulsively loaded beamsInternational Journal of Solids and Structures 41 6441 2004Google Scholar
Jones, NAlves, MPost-failure response of impulsively loaded clamped beamsEuropean Journal of Mechanics, A/Solids 25 707 2006Google Scholar
Jones, NAlves, MPost-failure behaviour of impulsively loaded circular platesInternational Journal of Mechanical Sciences 52( 706 2010Google Scholar
Johnson, WCollected works on Benjamin Robins and Charles HuttonPhoenix Publishing House PVT LtdNew Delhi 2001
Blyth, P. HAtkins, A. GStabbing of metal sheets by a triangular knife. An archaeological investigationInternational Journal of Impact Engineering 27 459 2002Google Scholar
Backman, M. EGoldsmith, WThe mechanics of penetration of projectiles into targetsInternational Journal of Engineering Science 16 1 1978Google Scholar
Goldsmith, WNon-ideal projectile impact on targetsInternational Journal of Impact Engineering 22 95 1999Google Scholar
Corbett, G. GReid, S. RJohnson, WImpact loading of plates and shells by free-flying projectiles: a reviewInternational Journal of Impact Engineering 18 141 1996Google Scholar
Anderson, C. Eproceedings of Hypervelocity Impact SymposiumInternational Journal of Impact Engineering 26 1 2001Google Scholar
Johnson, W.Impact Strength of MaterialsEdward ArnoldLondon and Crane Russak, New York 1972
Jones, NBirch, R. SLow velocity perforation of mild steel circular plates with projectiles having different shaped impact facesASME, Journal of Pressure Vessel Technology 130 2008Google Scholar
Jones, NBirch, R. SDuan, RLow velocity perforation of mild steel rectangular plates with projectiles having different shaped impact facesASME, Journal of Pressure Vessel Technology 130 2008Google Scholar
Aly, S. YLi, Q. MCritical impact energy for the perforation of metallic platesNuclear Engineering and Design 238 2521 2008Google Scholar
Paik, J. KWon, S. HOn deformation and perforation of ship structures under ballistic impactsShips and Offshore Structures (SAOS) 2 217 2007Google Scholar
Borvik, THopperstad, O. SLangseth, MMalo, K. AEffect of target thickness in blunt projectile penetration of Weldox 460E steel platesInternational Journal of Impact Engineering 28 413 2003Google Scholar
Wen, H.-MJones, NSemi-empirical equations for the perforation of plates struck by a massStructures under Shock and ImpactBulson, P. SComputational Mechanics PublicationsSouthampton and Thomas Telford, London369 1992
Wen, H.-MJones, NExperimental investigation into the dynamic plastic response and perforation of a clamped circular plate struck transversely by a massProceedings, Institution of Mechanical Engineers, Journal of Mechanical Engineering Science 208 113 1994Google Scholar
Corran, R. S. JShadbolt, P. JRuiz, CImpact loading of plates – an experimental investigationInternational Journal of Impact Engineering 1 3 1983Google Scholar
Langseth, MLarsen, P. KDropped objects’ plugging capacity of steel plates: an experimental investigationInternational Journal of Impact Engineering 9 289 1990Google Scholar
Youngdahl, C. KCorrelation parameters for eliminating the effect of pulse shape on dynamic plastic deformationJournal of Applied Mechanics 37 744 1970Google Scholar
Li, Q. M.Jones, NShear and adiabatic shear failures in an impulsively loaded fully clamped beamInternational Journal of Impact Engineering 22 589 1999Google Scholar
Bai, Y.Dodd, BAdiabatic Shear Localisation; Occurrence, Theories and ApplicationsPergamon PressOxford 1992
Wright, T. W.The Physics and Mathematics of Adiabatic Shear BandsCambridgeCambridge University Press 2002
Zhou, MRosakis, A. JRavichandran, GDynamically propagating shear bands in impact-loaded prenotched plates-1 experimental investigations of temperature signatures and propagation speedJournal of the Mechanics and Physics of Solids 44 981 1996Google Scholar
Kalthoff, J. F.Modes of dynamic shear failure in solidsInternational Journal of Fracture 101 1 2000Google Scholar
Haythornthwaite, R. MBeams with full end fixityEngineering 183 110 1957Google Scholar
Onat, E. THaythornthwaite, R. MThe load-carrying capacity of circular plates at large deflectionJournal of Applied Mechanics 23 49 1956Google Scholar
Sawczuk, ALarge deflections of rigid-plastic platesProceedings of the Eleventh International Congress of Applied Mechanics224 1964Google Scholar
Jones, NA theoretical study of the dynamic plastic behaviour of beams and plates with finite-deflectionsInternational Journal of Solids and Structures 7 1007 1971Google Scholar
Jones, NWalters, R. MLarge deflections of rectangular platesJournal of Ship Research 15 164288 1971Google Scholar
Taya, MMura, TDynamic plastic behaviour of structures under impact loading investigated by the extended Hamilton's principleInternational Journal of Solids and Structures 10 197 1974Google Scholar
Gürkök, AHopkins, H. GThe effect of geometry changes on the load carrying capacity of beams under transverse loadSIAM Journal of Applied Mathematics 25 500 1973Google Scholar
Jones, NPlastic behaviour of ship structuresTransactions of the Society of Naval Architects and Marine Engineers 84 115 1976Google Scholar
Young, A. GShip plating loaded beyond the elastic limitTransactions of the Institution of Naval Architects 101 143 1959Google Scholar
Hodge, P. G.Limit analysis of rotationally symmetric plates and shellsPrentice-HallEnglewood Cliffs, N.J. 1963
Jones, NUran, T. OTekin, S. AThe dynamic plastic behaviour of fully clamped rectangular platesInternational Journal of Solids and Structures 6 1499 1970Google Scholar
Jones, NBaeder, R. AAn experimental study of the dynamic plastic behaviour of rectangular platesSymposium on Plastic Analysis of Structurespub. Ministry of Education, Polytechnic Institute of JassyRomania476 1972
Jones, NGriffin, R. NVan Duzer, R. EAn experimental study into the dynamic plastic behaviour of wide beams and rectangular platesInternational Journal of Mechanical Sciences 13 721 1971Google Scholar
Guedes Soares, CA mode solution for the finite deflections of a circular plate loaded impulsivelyRozprawy Inzynierskie, Engineering Transactions, Polish Akademia Nauk 29 99 1981Google Scholar
Florence, A. LCircular plate under a uniformly distributed impulseInternational Journal of Solids and Structures 2 37 1966Google Scholar
Jones, NImpulsive loading of a simply supported circular rigid plastic plateJournal of Applied Mechanics 35 59 1968Google Scholar
Jones, NConsistent equations for the large deflections of structuresBulletin of Mechanical Engineering Education 10 9 1971Google Scholar
Symonds, P. SWierzbicki, TMembrane mode solutions for impulsively loaded circular platesJournal of Applied Mechanics 46 58 1979Google Scholar
Jones, NOn the mass impact loading of ductile platesDefence Science Journal 53 15 2003Google Scholar
Jones, NBirch, R. SDuan, RLow velocity perforation of mild steel rectangular plates with projectiles having different shaped impact facesASME, Journal of Pressure Vessel Technology 130 031206031206 2008Google Scholar
Jones, NKim, S. BLi, Q. MResponse and failure of ductile circular plates struck by a massTrans. ASME, Journal of Pressure Vessel Technology 119 332 1997Google Scholar
Wen, H.-MJones, NExperimental investigation into the dynamic plastic response and perforation of a clamped circular plate struck transversely by a massproceedings Institution of Mechanical Engineers 208 113 1994Google Scholar
Jones, NCombined distributed loads on rigid-plastic circular plates with large deflectionsInternational Journal of Solids and Structures 5 51 1969Google Scholar
Low, H. YBehaviour of a rigid plastic beam loaded to finite deflections by a rigid circular indenterInternational Journal of Mechanical Sciences 23 387 1981Google Scholar
Jones, NFinite deflections of a simply supported rigid-plastic annular plate loaded dynamicallyInternational Journal of Solids and Structures 4 593 1968Google Scholar
Jones, NDamage estimates for plating of ships and marine vehiclesInternational Symposium on Practical Design in Shipbuilding (PRADS)Society of Naval Architects of JapanTokyo121 1977
Jones, NSlamming damageJournal of Ship Research 17 80 1973Google Scholar
Kaliszky, SApproximate solutions for impulsively loaded inelastic structures and continuaInternational Journal of Non-Linear Mechanics 5 143 1970Google Scholar
Kaliszky, SLarge deformations of rigid-viscoplastic structures under impulsive and pressure loadingJournal of Structural Mechanics 1 295 1973Google Scholar
Kaliszky, SDynamic plastic response of structuresPlasticity Today: Modelling Methods and ApplicationsSawczuk, ABianchi, G.Elsevier Applied ScienceLondon788 1985
Jones, NInfluence of in-plane displacements at the boundaries of rigid-plastic beams and platesInternational Journal of Mechanical Sciences 15 547 1973Google Scholar
Duszek, MEffect of geometry changes on the carrying capacity of cylindrical shellsBulletin de l’Academie Polonaise des Sciences, Séries des Sciences Techniques 13 183 1965Google Scholar
Jones, NOn the influence of large deflections on the behaviour of rigid-plastic cylindrical shells loaded impulsivelyJournal of Applied Mechanics 37 416 1970Google Scholar
Walters, R. MJones, NAn approximate theoretical study of the dynamic plastic behaviour of shellsInternational Journal of Non-Linear Mechanics 7 255 1972Google Scholar
Reid, S. RLaterally compressed metal tubes as impact energy absorbersStructural CrashworthinessJones, NWierzbicki, T.ButterworthsLondon1 1983
Horne, M. R.Plastic Theory of StructuresMIT PressCambridge, Mass 1971
Yuhara, TFundamental study of wave impact loads on ship bowJournal of the Society of Naval Architects of Japan 137 240 1975Google Scholar
Shen, W. QJones, NHui, D.Jones, N. 105 47 1989 168
Huang, Z. QChen, Q. SZhang, W. TPseudo-shakedown in the collision mechanics of shipsInternational Journal of Impact Engineering 24 19 2000Google Scholar
Zhu, LFaulkner, DDamage estimate for plating of ships and platforms under repeated impactsMarine Structures 9 697 1996Google Scholar
Zhao, YYu, T. XFang, JDynamic plastic response of structures with finite-deflections and saturation impulseProceedings of IUTAM Symposium on Impact DynamicsZheng, ZTan, QPeking University Press105 1994
Zhu, LYu, T. XSaturated impulse for pulse-loaded elastic-plastic square platesInternational Journal of Solids and Structures 34 1709 1997Google Scholar
Menkes, S. BOpat, H. JBroken beamsExperimental Mechanics 13 480 1973Google Scholar
Nonaka, T.Some interaction effects in a problem of plastic beam dynamics, Parts 1–3Journal of Applied Mechanics 34 623 1967Google Scholar
Symonds, P. SMentel, T. JImpulsive loading of plastic beams with axial restraintsJournal of the Mechanics and Physics of Solids 6 186 1958Google Scholar
Jones, NPlastic failure of ductile beams loaded dynamicallyTransactions of the ASME, Journal of Engineering for Industry 98 131 1976Google Scholar
Mannan, M. NAnsari, RAbbas, HFailure of aluminium beams under low velocity impactInternational Journal of Impact Engineering 35 1201 2008Google Scholar
Jones, NOn the dynamic inelastic failure of beamsStructural FailureWierzbicki, TJones, N.John WileyNew York133 1989
Duffey, T. ADynamic rupture of shellsStructural FailureWierzbicki, TJones, N.John WileyNew York161 1989
Atkins, A. GTearing of thin metal sheetsStructural FailureWierzbicki, T.Jones, N.John WileyNew York107 1989
Yu, T. XZhang, D. JZhang, YZhou, QA study of the quasi-static tearing of thin metal sheetsInternational Journal of Mechanical Sciences 30 193 1988Google Scholar
Campbell, J. D.Dynamic Plasticity of MetalsSpringerVienna and New York 1972
Marsh, K. JCampbell, J. DThe effect of strain rate on the post-yield flow of mild steelJournal of the Mechanics and Physics of Solids 11 49 1963Google Scholar
Symonds, P. SJones, NImpulsive loading of fully clamped beams with finite plastic deflections and strain rate sensitivityInternational Journal of Mechanical Sciences 14 49 1972Google Scholar
Bodner, S. RSymonds, P. SExperimental and theoretical investigation of the plastic deformation of cantilever beams subjected to impulsive loadingJournal of Applied Mechanics 29 719 1962Google Scholar
Perrone, NCrashworthiness and biomechanics of vehicle impactDynamic Response of Biomechanical SystemsPerrone, NASME1 1970
Perzyna, PFundamental problems in viscoplasticityAdvances in Applied MechanicsAcademic Press243 1966
Campbell, J. DDynamic plasticity: macroscopic and microscopic aspectsMaterials Science and Engineering 12 3 1973Google Scholar
Duffy, JTesting techniques and material behavior at high rates of strainMechanical Properties at High Rates of StrainHarding, JInstitute of Physics Conference Series No. 471 1979
Harding, J.Testing Techniques at High Rates of StrainUniversity of Oxford 1980
Malvern, L. EExperimental and theoretical approaches to characterisation of material behaviour at high rates of deformationMechanical Properties at High Rates of StrainHarding, JInstitute of Physics Conference Series No. 701 1984
Goldsmith, W.ImpactEdward ArnoldLondon 1960
Nicholas, TMaterial behavior at high strain ratesImpact DynamicsZukas, J. A.John WileyNew York277 1982
Maiden, C. JGreen, S. JCompressive strain-rate tests on six selected materials at strain rates from 10−3 to 104 in/in/secJournal of Applied Mechanics 33 496 1966Google Scholar
Hauser, F. ETechniques for measuring stress–strain relations at high strain ratesExperimental Mechanics 6 395 1966Google Scholar
Manjoine, M. JInfluence of rate of strain and temperature on yield stresses of mild steelJournal of Applied Mechanics 11 211 1944Google Scholar
Campbell, J. DCooper, R. HYield and flow of low-carbon steel at medium strain ratesProceedings of the Conference on the Physical Basis of Yield and FractureInstitute of Physics and Physical SocietyLondon77 1966
Symonds, P. S.Survey of Methods of Analysis for Plastic Deformation of Structures under Dynamic LoadingBrown University 1967
Nicholas, TTensile testing of materials at high rates of strainExperimental Mechanics 21 177 1981Google Scholar
Harding, JHuddart, JThe use of the double-notch shear test in determining the mechanical properties of uranium at very high rates of strainMechanical Properties at High Rates of StrainHarding, JInstitute of Physics Conference Series No49 1979
Klepaczko, JThe strain rate behaviour of iron in pure shearInternational Journal of Solids and Structures 5 533 1969Google Scholar
Nicholas, TCampbell, J. DShear-strain-rate effects in a high-strength aluminium alloyExperimental Mechanics 12 441 1972Google Scholar
Tsao, M. C. C.Campbell, J. D.Plastic Shear Properties of Metals and Alloys at High Strain RatesOxford University 1973
Duffy, JSome experimental results in dynamic plasticityMechanical Properties at High Rates of StrainHarding, JInstitute of Physics Conference Series, No. 2172 1974
Gerard, GPapirno, RDynamic biaxial stress–strain characteristics of aluminium and mild steelTransactions of the American Society for Metals 49 132 1957Google Scholar
Lindholm, U. SYeakley, L. MA dynamic biaxial testing machineExperimental Mechanics 7 1 1967Google Scholar
Ng, D. H. YDelich, MLee, L. H. NYielding of 6061-T6 aluminium tubings under dynamic biaxial loadingsExperimental Mechanics 19 200 1979Google Scholar
Hoge, K. GInfluence of strain rate on mechanical properties of 6061-T6 aluminium under uniaxial and biaxial states of stressExperimental Mechanics 6 204 1966Google Scholar
Lewis, J. LGoldsmith, WA biaxial split Hopkinson bar for simultaneous torsion and compressionReview of Scientific Instruments 44 811 1973Google Scholar
Rawlings, BThe dynamic behaviour of mild steel in pure flexureProceedings of the Royal Society of London, Series A (Mathematical and Physical Sciences) 275 528 1963Google Scholar
Aspden, R. JCampbell, J. DThe effect of loading rate on the elasto-plastic flexure of steel beamsProceedings of the Royal Society of London, Series A (Mathematical and Physical Sciences) 290 266 1966Google Scholar
Davies, R. GMagee, C. LThe effect of strain rate upon the bending behaviour of materialsTransactions of the ASME, Journal of Engineering Materials and Technology 99 47 1977Google Scholar
Jones, NSome remarks on the strain-rate sensitive behaviour of shellsProblems of PlasticitySawczuk, ANoordhoffGroningen 2 403 1974
Cowper, G. R.Symonds, P. SStrain hardening and strain-rate effects in the impact loading of cantilever beamsBrown University Division of Applied Mathematics Report No. 28 1957
Symonds, P. SChon, C. TApproximation techniques for impulsive loading of structures of time-dependent plastic behaviour with finite-deflectionsMechanical Properties of Materials at High Strain RatesInstitute of Physics Conference Series No. 21299 1974
Forrestal, M. JSagartz, M. JElastic–plastic response of 304 stainless steel beams to impulse loadsJournal of Applied Mechanics 45 685 1978Google Scholar
Paik, J. K.Thayamballi, A. K.Ultimate Limit State Design of Steel Plated StructuresJohn Wiley and SonsLondon 2002
Fung, Y. C.A First Course in Continuum MechanicsPrentice-HallEnglewood Cliffs, N.J 1969
Mendelson, A.Plasticity: Theory and ApplicationMacmillanNew York 1968
Malvern, L. EThe propagation of longitudinal waves of plastic deformation in a bar of material exhibiting a strain rate effectJournal of Applied Mechanics 18 203 1951Google Scholar
Symonds, P. SViscoplastic behavior in response of structures to dynamic loadingBehavior of Materials under Dynamic LoadingHuffington, N. JASME106 1965
Gillis, P. PKelly, J. M.On the determination of stress, strain, strain-rate relations from dynamic beam testsJournal of Applied Mechanics 36 632 1969Google Scholar
Perrone, NA mathematically tractable model of strain-hardening, rate-sensitive plastic flowJournal of Applied Mechanics 33 210 1966Google Scholar
Johnson, G. RCook, W. HA constitutive model and data for metals subjected to large strains, high strain rates and high temperaturesProceedings of the Seventh International Symposium on BallisticsThe HagueThe Netherlands541 1983
Jones, NStructural aspects of ship collisionsStructural CrashworthinessJones, N.Wierzbicki, TButterworthsLondon308 1983
Abramowicz, WJones, NDynamic axial crushing of square tubesInternational Journal of Impact Engineering 2 179 1984Google Scholar
Jones, NSome comments on the modelling of material properties for dynamic structural plasticityInternational Conference on the Mechanical Properties of Materials at High Rates of StrainHarding, JInstitute of Physics Conference Series No.435 1989
Perrone, NOn a simplified method for solving impulsively loaded structures of rate-sensitive materialsJournal of Applied Mechanics 32 489 1965Google Scholar
Selby, S. M.Standard Mathematical TablesCRC PressCleveland, Ohio 1974
Symonds, P. SApproximation techniques for impulsively loaded structures of rate sensitive plastic behaviorSIAM Journal of Applied Mathematics 25 462 1973Google Scholar
Perrone, NBhadra, PA simplified method to account for plastic rate sensitivity with large deformationsJournal of Applied Mechanics 46 811 1979Google Scholar
Perrone, NBhadra, PSimplified large deflection mode solutions for impulsively loaded, viscoplastic, circular membranesJournal of Applied Mechanics 51 505 1984Google Scholar
Symonds, P. SWierzbicki, TMembrane mode solutions for impulsively loaded circular platesJournal of Applied Mechanics 46 58 1979Google Scholar
Bodner, S. RSymonds, P. SExperiments on viscoplastic response of circular plates to impulsive loadingJournal of the Mechanics and Physics of Solids 27 91 1979Google Scholar
Jones, NUran, T. OTekin, S. AThe dynamic plastic behaviour of fully clamped rectangular platesInternational Journal of Solids and Structures 6 1499 1970Google Scholar
Jones, NGiannotti, J. GGrassit, K. EAn experimental study into the dynamic inelastic behaviour of spherical shells and shell intersectionsArchiwum Budowy Maszyn 20 33 1973Google Scholar
Perrone, NImpulsively loaded strain-rate-sensitive platesJournal of Applied Mechanics 34 380 1967Google Scholar
Hashmi, M. S. JStrain rate sensitivity of a mild steel at room temperature and strain rates of up to 105 s−1Journal of Strain Analysis 15 201 1980Google Scholar
Hsu, S. SJones, NQuasi-static and dynamic axial crushing of thin-walled circular stainless steel, mild steel and aluminium alloy tubesInternational Journal of Crashworthiness 9 195 2004Google Scholar
Haque, M. MHashmi, M. S. JStress–strain properties of structural steel at strain rates of up to 105 per second at sub-zero, room and high temperaturesMechanics of Materials 3 245 1984Google Scholar
Robotnov, Y. NSuvorova, J. VDynamic problems for elastic–plastic solids with delayed yieldingInternational Journal of Solids and Structures 7 143 1971Google Scholar
Klepaczko, J. RLoading rate spectra for fracture initiation in metalsTheoretical and Applied Fracture Mechanics 1 181 1984Google Scholar
Klepaczko, J. RFracture initiation under impactInternational Journal of Impact Engineering 3 191 1985Google Scholar
Kawata, KHashimoto, SKurokawa, KAnalyses of high velocity tension of bars of finite length of BCC and FCC metals with their own constitutive equationsHigh Velocity Deformation of SolidsKawata, KShioiri, J.SpringerNew York1 1977
Fyfe, I. M.Rajendran, A. MDynamic pre-strain and inertia effects on the fracture of metalsJournal of the Mechanics and Physics of Solids 28 17 1980Google Scholar
Rajendran, A. MFyfe, I. MInertia effects on the ductile failure of thin ringsJournal of Applied Mechanics 49 31 1982Google Scholar
Regazzoni, GMontheillet, FInfluence of strain rate on the flow stress and ductility of copper and tantalum at room temperatureMechanical Properties at High Rates of StrainHarding, JInstitute of Physics Conference Series No. 7063 1984
Soroushian, PChoi, K.-BSteel mechanical properties at different strain ratesTransactions of the ASCE, Journal of Structural Engineering 113 663 1987Google Scholar
Alves, MJones, NInfluence of hydrostatic stress on failure of axisymmetric notched specimensJournal of the Mechanics and Physics of Solids 47 643 1999Google Scholar
Jones, NOn the dynamic inelastic failure of beamsStructural FailureWierzbicki, TJones, NJohn Wiley133 1989
Kawata, KFukui, SSeino, JTakada, NSome analytical and experimental investigations on high velocity elongation of sheet materials by tensile shockProceedings IUTAM Symposium on Behaviour of Dense Media under High Dynamic PressuresDunod, Paris313 1968
Albertini, CMontagnani, MDynamic uniaxial and biaxial stress-strain relationships for austenitic stainless steelsNuclear Engineering and Design 57 107 1980Google Scholar
Johnson, G. RCook, W. HFracture characteristics of three metals subjected to various strains, strain rates, temperatures and pressuresEngineering Fracture Mechanics 21 31 1985Google Scholar
Abramowicz, WJones, NDynamic axial crushing of circular tubesInternational Journal of Impact Engineering 2 263 1984Google Scholar
Pugsley, Sir AThe crumpling of tubular structures under impact conditionsProceedings of the Symposium on The Use of Aluminium in Railway Rolling StockInstitute of Locomotive Engineers, The Aluminium Development AssociationLondon33 1960
Abramowicz, WJones, NDynamic axial crushing of square tubesInternational Journal of Impact Engineering 2 179 1984Google Scholar
Ezra, A. AFay, R. JAn assessment of energy absorbing devices for prospective use in aircraft impact situationsDynamic Response of StructuresHerrmann, GPerrone, N.PergamonNew York225 1972
Mallock, ANote on the instability of tubes subjected to end pressure, and on the folds in a flexible materialProceedings of the Royal Society of London, Series A (Mathematical and Physical Sciences) 81 388 1908Google Scholar
Mamalis, A. GJohnson, WThe quasi-static crumpling of thin-walled circular cylinders and frusta under axial compressionInternational Journal of Mechanical Sciences 25 713 1983Google Scholar
Abramowicz, WJones, NDynamic progressive buckling of circular and square tubesInternational Journal of Impact Engineering 4 243 1986Google Scholar
Alexander, J. MAn approximate analysis of the collapse of thin cylindrical shells under axial loadingQuarterly Journal of Mechanics and Applied Mathematics 13 10 1960Google Scholar
Pugsley, Sir AMacaulay, MThe large scale crumpling of thin cylindrical columnsQuarterly Journal of Mechanics and Applied Mathematics 13 1 1960Google Scholar
Macaulay, M. ARedwood, R. GSmall scale model railway coaches under impactThe Engineer1041 1964Google Scholar
Thornton, P. HMahmood, H. FMagee, C. LEnergy absorption by structural collapseStructural CrashworthinessJones, NWierzbicki, T.ButterworthsLondon96 1983
Abramowicz, WThe effective crushing distance in axially compressed thin-walled metal columnsInternational Journal of Impact Engineering 1 309 1983Google Scholar
Campbell, J. DCooper, R. HYield and flow of low-carbon steel at medium strain ratesProceedings of the Conference on the Physical Basis of Yield and FractureInstitute of Physics and Physical Society77 1966
Hayduk, R. JWierzbicki, TExtensional collapse modes of structural membersComputers and Structures 18 447 1984Google Scholar
Wierzbicki, TAbramowicz, WOn the crushing mechanics of thin-walled structuresJournal of Applied Mechanics 50 727 1983Google Scholar
Wierzbicki, TCrushing behaviour of plate intersectionsStructural CrashworthinessJones, NWierzbicki, T.ButterworthsLondon66 1983
Wierzbicki, TMolnar, CMatolscy, MExperimental–theoretical correlation of dynamically crushed components of bus frame structuresProceedings of the Seventeenth International FISITA CongressBudapest 1978
Coppa, A. PNew ways to soften shockMachine Design130 1968Google Scholar
Shaw, M. CDesigns for safety: the mechanical fuseMechanical Engineering 94 23 1972Google Scholar
Johnson, W.Impact Strength of MaterialsEdward ArnoldLondon and Crane, Russak, New York 1972
Johnson, W.Mamalis, A. G.Crashworthiness of VehiclesMEPLondon 1978
Johnson, WReid, S. RMetallic energy dissipating systemsApplied Mechanics Reviews 31 277 1978 315Google Scholar
Macaulay, M. A.Introduction to Impact EngineeringChapman & HallLondon 1987
Singley, G. TSurvey of rotary-wing aircraft crashworthinessDynamic Response of StructuresHerrmann, G.Perrone, N.PergamonOxford179 1972
Pugsley, Sir AMacaulay, M. ACars in collision-safe structuresNew Scientist 78 596 1978Google Scholar
Thornton, P. HEnergy absorption in composite structuresJournal of Composite Materials 13 247 1979Google Scholar
Perrone, NDynamic plastic energy absorption in vehicle impactRozprawy Inzynierskie, Engineering Transactions 29 83 1981Google Scholar
Jones, N.Wierzbicki, T.Structural CrashworthinessButterworthsLondon 1983
Hull, DImpact response of structural compositesMetals and Materials 1 35 1985Google Scholar
Grundy, J. DBlears, JSneddon, B. CAssessment of crash-worthy car materialsChartered Mechanical Engineer 32 31 1985Google Scholar
Scott, G. AThe development of a theoretical technique for rail vehicle structural crashworthinessProceedings of the Institution of Mechanical Engineers 201 123 1987Google Scholar
Scholes, ARailway passenger vehicle design loads and structural crashworthinessProceedings of the Institution of Mechanical Engineers 201 201 1987Google Scholar
Miles, J. CMolyneaux, T. C. KDowler, H. JAnalysis of the forces on a nuclear fuel transport flask in an impact by a trainProceedings of the Institution of Mechanical Engineers 201 55 1987Google Scholar
Jones, NWierzbicki, TDynamic plastic failure of a free–free beamInternational Journal of Impact Engineering 6 225 1987Google Scholar
Wierzbicki, TCrushing analysis of metal honeycombsInternational Journal of Impact Engineering 1 157 1983Google Scholar
White, M. DJones, NAbramowicz, WA theoretical analysis for the quasi-static axial crushing of top-hat and double-hat thin-walled sectionsInternational Journal of Mechanical Sciences 41 209 1999Google Scholar
White, M. DJones, NA theoretical analysis for the dynamic axial crushing of top-hat and double-hat thin-walled sectionsProceedings, Institution of Mechanical Engineers 213 307 1999Google Scholar
White, M. DJones, NExperimental quasi-static axial crushing of top-hat and double-hat thin-walled sectionsInternational Journal of Mechanical Sciences 41 179 1999Google Scholar
White, M. DJones, NExperimental study into the energy absorbing characteristics of top-hat and double-hat sections subjected to dynamic axial crushingProceedings, Institution of Mechanical Engineers 213 259 1999Google Scholar
Jones, NSome phenomena in the structural crashworthiness fieldInternational Journal of Crashworthiness 4 335 1999Google Scholar
Peixinho, NJones, NPinho, AExperimental and numerical study in axial crushing of thin walled sections made of high-strength steelsJournal Physics IV France 110 717 2003Google Scholar
Schneider, F. DJones, NImpact of thin-walled high-strength steel structural sectionsproceedings, Institution of Mechanical Engineers 218 131 2004Google Scholar
Tarigopula, VLangseth, MHopperstad, O. SClausen, A. HAxial crushing of thin-walled high-strength steel sectionsInternational Journal of Impact Engineering 32 847 2006Google Scholar
Snyder, R. G.Human impact tolerance, SAE paper 700398International Automobile Safety Conference CompendiumSAE712 1970
King, A. IHuman tolerance limitations related to aircraft crashworthinessDynamic Response of StructuresHerrmann, G.Perrone, N.PergamonNew York247 1972
Huston, R. LPerrone, NDynamic response and protection of the human body and skull in impact situationsPerspectives in Biomechanics, H.Reul, D. N.Ghista, Rau, G.Harwood531 1978
Perrone, NBiomechanical problems related to vehicle impactBiomechanics: Its Foundations and ObjectivesFung, Y. CPerrone, N.Anliker, M.Prentice-HallEnglewood Cliffs, N.J567 1972
Perrone, NBiomechanical and structural aspects of design for vehicle impactHuman Body Dynamics, Impact, Occupational and Athletic AspectsGhista, D. NClarendonOxford181 1982
Johnson, W.Mamalis, A. G.Reid, S. R.Aspects of car design and human injury. Ghista, D. N.ClarendonOxford164 1982
Reid, J. D.Fyhrie, P.Mahmood, H.El-Bkaily, M.Crashworthiness and Occupant Protection in Transportation Systems, American Society of Mechanical Engineers 30 560 1995
Huang, M.Vehicle Crash MechanicsCRC PressLondon and New York 2002
Currey, J. DChanges in the impact energy absorption of bone with ageJournal of Biomechanics 12 459 1979Google Scholar
King, A. ICrash courseMechanical Engineering 108 58 1986Google Scholar
Goldsmith, WCurrent controversies in the stipulation of head injury criteriaJournal of Biomechanics 14 883 1981Google Scholar
Mukherjee, AGuruprasad, SLayered sacrificial claddings in design of blast resistant structures: an analytical studyPlasticity and Impact MechanicsGupta, N. KNew Age International PublishersNew Delhi, India519 1997
Guruprasad, S.Mukherjee, ALayered sacrificial claddings under blast loading Part 1: analytical studiesInternational Journal of Impact Engineering 24 957 2000Google Scholar
Karagiozova, D.Jones, NEnergy absorption of a layered cladding under blast loading, Proceedings, 6th International Conference on Structures under Shock and ImpactStructures under Shock and Impact VIJones, NBrebbia, C. AWIT PressSouthampton, U.K., Boston, U.S447 2000
Guruprasad, S.Mukherjee, ALayered sacrificial claddings under blast loading. Part 2: experimental studiesInternational Journal of Impact Engineering 24 975 2000Google Scholar
Ma, G. WYe, Z. QEnergy absorption of double-layer foam cladding for blast alleviationInternational Journal of Impact Engineering 34 329 2007Google Scholar
Langdon, G. SKaragiozova, DTheobald, M. DNurick, G. NLu, GMerrett, R. PFracture of aluminium foam core sacrificial cladding subjected to air-blast loadingInternational Journal of Impact Engineering 37 638 2010Google Scholar
Theobald, M. DNurick, G. NExperimental and numerical analysis of tube-core claddings under blast loadsInternational Journal of Impact Engineering 37 333 2010Google Scholar
Wadley, HDharmasena, KChen, YDudt, PKnight, DCharette, RKiddy, KCompressive response of multilayered pyramidal lattices during underwater shock loadingInternational Journal of Impact Engineering 35 1102 2008Google Scholar
Andrews, K. R. FEngland, G. LGhani, EClassification of the axial collapse of cylindrical tubes under quasi-static loadingInternational Journal of Mechanical Sciences 25 687 1983Google Scholar
Abramowicz, W.Jones, N., Transition from initial global bending to progressive buckling of tubes loaded statically and dynamicallyInternational Journal of Impact Engineering 19 415 1997Google Scholar
Jensen, OLangseth, MHopperstad, O. SExperimental investigations on the behaviour of short to long square aluminium tubes subjected to axial loadingInternational Journal of Impact Engineering 30 973 2004Google Scholar
Hsu, S. SJones, NQuasi-static and dynamic axial crushing of thin-walled circular stainless steel, mild steel and aluminium alloy tubesInternational Journal of Crashworthiness 9 195 2004Google Scholar
Wierzbicki, TBhat, S. UA moving hinge solution for axisymmetric crushing of tubesInternational Journal of Mechanical Sciences 28 135 1986Google Scholar
Andronicou, AWalker, A. CA plastic collapse mechanism for cylinders under uniaxial end compressionJournal of Constructional Steel Research 1 23 1981Google Scholar
Abramowicz, WWierzbicki, TAxial crushing of multi-corner sheet metal columnsJournal of Applied Mechanics 111 113 1989Google Scholar
Gupta, N. KAbbas, HSome considerations in axisymmetric folding of metallic round tubesInternational Journal of Impact Engineering 25 331 2001Google Scholar
Singace, A. AAxial crushing analysis of tubes deforming in the multi-lobe modeInternational Journal of Mechanical Sciences 41 865 1999Google Scholar
Mequid, S. AAttia, M. SStranart, J. CWang, WSolution stability in the dynamic collapse of square aluminium columnsInternational Journal of Impact Engineering 34 348 2007Google Scholar
Zhang, XHuh, HCrushing analysis of polygonal columns and angle elementsInternational Journal of Impact Engineering 37 441 2010Google Scholar
Hu, L. LYu, T. XDynamic crushing strength of hexagonal honeycombsInternational Journal of Impact Engineering 37 467 2010Google Scholar
Zou, ZReid, S. RTan, P. JLi, SHarrigan, J. JDynamic crushing of honeycombs and features of shock frontsInternational Journal of Impact Engineering 36 165 2009Google Scholar
Gupta, N. KMohamed Sheriff, NVelmurugan, RAnalysis of collapse behaviour of combined geometry metallic shells under axial impactInternational Journal of Impact Engineering 35 731 2008Google Scholar
Teramoto, S. SAlves, MBuckling transition of axially impacted open shellsInternational Journal of Impact Engineering 30 1241 2004Google Scholar
Williams, B. WWorswick, M. JD’Amours, GRahem, AMayer, RInfluence of forming effects on the axial crush response of hydroformed aluminium alloy tubesInternational Journal of Impact Engineering 37 1008 2010Google Scholar
Lu, G.Yu, T. X.Energy Absorption of Structures and MaterialsCRC Press, Woodhead Publishing LtdCambridge, UK 2003
Yuen, S. C. KNurick, G. NThe energy-absorbing characteristics of tubular stuctures with geometric and material modifications; an overviewApplied Mechanics Reviews, Transactions ASME 61 020802020802 2008Google Scholar
Thornton, P. H.Energy Absorption by Foam-Filled StructuresSAE CongressDetroit 1980
Reid, S. RReddy, T. YGray, M. DStatic and dynamic axial crushing of foam-filled sheet metal tubesInternational Journal of Mechanical Sciences 28 295 1986Google Scholar
Reid, S. RReddy, T. YAxial crushing of foam-filled tapered sheet metal tubesInternational Journal of Mechanical Sciences 28 643 1986Google Scholar
Hanssen, A. GLangseth, MHopperstad, O. SStatic and dynamic crushing of square aluminium extrusions with aluminium foam fillerInternational Journal of Impact Engineering 24 347 2000Google Scholar
Santosa, S. PWierzbicki, THanssen, A. GLangseth, MExperimental and numerical studies of foam-filled sectionsInternational Journal of Impact Engineering 24 509 2000Google Scholar
Jones, NEnergy-absorbing effectiveness factorInternational Journal of Impact Engineering 37 754 2010Google Scholar
Johnson, WSoden, P. DAl-Hassani, S. T. SInextensional collapse of thin-walled tubes under axial compressionJournal of Strain Analysis 12 317 1977Google Scholar
Goodier, J. NDynamic plastic bucklingProceedings of the International Conference on Dynamic Stability of StructuresHerrmann, G.PergamonNew York189 1967
Abramowicz, WJones, NDynamic axial crushing of circular tubesInternational Journal of Impact Engineering 2 263 1984Google Scholar
Abrahamson, G. RGoodier, J. NDynamic flexural buckling of rods within an axial compression waveJournal of Applied Mechanics 33 241 1966Google Scholar
Jones, NOkawa, D. MDynamic plastic buckling of rings and cylindrical shellsNuclear Engineering and Design 37 125 1976Google Scholar
Timoshenko, S. P.Gere, J. M.Theory of Elastic StabilityMcGraw-HillNew York 1961
Al-Hassani, S. T. SThe plastic buckling of thin-walled tubes subject to magnetomotive forcesJournal of Mechanical Engineering Science 16 59 1974Google Scholar
Florence, A. LAbrahamson, G. RCritical velocity for collapse of viscoplastic cylindrical shells without bucklingTransactions of the ASME, Journal of Applied Mechanics 44 89 1977Google Scholar
Jones, NConsistent equations for the large deflections of structuresBulletin of Mechanical Engineering Education 10 9 1971Google Scholar
Lindberg, H. E.Florence, A. L.Dynamic pulse buckling: theory and experimentSRI International Report to Defense Nuclear AgencyWashington 1982
The Flixborough Disaster, Report of the Court of Enquiry 1975
Abrahamson, G. RGoodier, J. NDynamic plastic flow buckling of a cylindrical shell from uniform radial impulseProceedings of the Fourth U.S. National Congress of Applied MechanicsASMEBerkeley939 1962
Dym, C. L.Stability Theory and Its Applications to Structural MechanicsNoordhoffLeyden 1974
Brush, D. O.Almroth, B. O.Buckling of Bars, Plates and ShellsMcGraw-HillNew York 1975
Florence, A. LDynamic buckling of viscoplastic cylindrical shellsInelastic Behaviour of SolidsKanninen, M. FAdler, W. F.Rosenfield, A. R.Jaffee, R. I.McGraw-HillNew York471 1970
Wojewodzki, WBuckling of short viscoplastic cylindrical shells subjected to radial impulseInternational Journal of Non-Linear Mechanics 8 325 1973Google Scholar
Pugsley, AThe crumpling of tubular structures under impact conditionsProceedings of the Symposium on the Use of Aluminium in Railway Rolling StockInstitution of Locomotive Engineers, The Aluminium Development AssociationLondon33 1960
Florence, A. LGoodier, J. N.Dynamic plastic buckling of cylindrical shells in sustained axial compressive flowTransactions of the ASME, Journal of Applied Mechanics 35 80 1968Google Scholar
Johnson, W.Mellor, P. B.Engineering PlasticityVan Nostrand ReinholdLondon 1973
Vaughan, HThe response of a plastic cylindrical shell to axial impactZAMP 20 321 1969Google Scholar
Wojewodzki, WDynamic buckling of a visco-plastic cylindrical shell subjected to axial impactArchives for Mechanics 23 73 1971Google Scholar
Jones, NPapageorgiou, E. ADynamic axial plastic buckling of stringer stiffened cylindrical shellsInternational Journal of Mechanical Sciences 24 1 1982Google Scholar
Abrahamson, G. RCritical velocity for collapse of a shell of circular cross section without bucklingTransactions of the ASME, Journal of Applied Mechanics 41 407 1974Google Scholar
Wang, BLu, GMushrooming of circular tubes under dynamic axial loadingThin-Walled Structures 40 167 2002Google Scholar
Jones, NDynamic elastic and inelastic buckling of shellsDevelopments in Thin-Walled StructuresRhodes, JWalker, A. C.Elsevier Applied ScienceLondon and New York49 1984
Jones, NAhn, C. SDynamic buckling of complete rigid-plastic spherical shellsJournal of Applied Mechanics 41 609 1974Google Scholar
Jones, NAhn, C. SDynamic elastic and plastic buckling of complete spherical shellsInternational Journal of Solids and Structures 10 1357 1974Google Scholar
Song, B. QJones, NDynamic buckling of elastic-plastic complete spherical shells under step loadingInternational Journal of Impact Engineering 1 51 1983Google Scholar
Ishizaki, TBathe, K.-JOn finite element large displacement and elastic-plastic dynamic analysis of shell structuresComputers and Structures 12 309 1980Google Scholar
Wojewodzki, WLewinski, PViscoplastic axisymmetrical buckling of spherical shell subjected to radial pressure impulseEngineering Structures 3 168 1981Google Scholar
Bukowski, RWojewodzki, WDynamic buckling of viscoplastic spherical shellInternational Journal of Solids and Structures 20 761 1984Google Scholar
Kao, RNonlinear dynamic buckling of spherical caps with initial imperfectionsComputers and Structures 12 49 1980Google Scholar
Jones, Ndos Reis, H. L. M.On the dynamic buckling of a simple elastic-plastic modelInternational Journal of Solids and Structures 16 969 1980Google Scholar
Karagiozova, DJones, NDynamic buckling of a simple elastic-plastic model under pulse loadingInternational Journal of Non-Linear Mechanics 27 981 1992Google Scholar
Karagiozova, DJones, NDynamic pulse buckling of a simple elastic-plastic model including axial inertiaInternational Journal of Solids and Structures 29 1255 1992Google Scholar
Karagiozova, DJones, NSome observations on the dynamic elastic-plastic buckling of a structural modelInternational Journal of Impact Engineering 16 621 1995Google Scholar
Karagiozova, DJones, NStrain-rate effects in the dynamic buckling of a simple elastic-plastic modelTransactions ASME, Journal of Applied Mechanics 64 193 1997Google Scholar
Karagiozova, DJones, NA note on the inertia and strain rate effects in the Tam and Calladine modelInternational Journal of Impact Engineering 16 637 1995Google Scholar
Tam, L. LCalladine, C. RInertia and strain rate effects in a simple plate structure under impact loadingInternational Journal of Impact Engineering 11 349 1991Google Scholar
Zhang, T. G.Yu, T. XA note on a “velocity sensitive” energy-absorbing structureInternational Journal of Impact Engineering 8 51 1989Google Scholar
Karagiozova, DJones, NMulti-degrees of freedom model for dynamic buckling of an elastic-plastic structureInternational Journal of Solids and Structures 33 3377 1996Google Scholar
Bell, J. FThe dynamic buckling of rods at large plastic strainActa Mech 74 51 1988Google Scholar
Karagiozova, DJones, NDynamic buckling of columns due to slamming loadsProceedings 4th International Conference on Structures Under Shock and Impact, Structures under Shock and Impact IVJones, NBrebbia, C. AWatson, A. JComputational Mechanics PublicationsSouthampton and Boston311 1996
Zhang, Q.Li, SZheng, J. JDynamic response, buckling and collapsing of elastic-plastic straight columns under axial solid-fluid slamming compression-1, experimentsInternational Journal of Solids and Structures 29 381 1992Google Scholar
Karagiozova, DJones, NDynamic elastic-plastic buckling phenomena in a rod due to axial impactInternational Journal of Impact Engineering 18 919 1996Google Scholar
Jones, NSeveral phenomena in structural impact and structural crashworthinessEuropean Journal of Mechanics A/Solids 22 693 2003Google Scholar
Ren, WangMingbao, HanZhuping, HuangQingchun, YanAn experimental study on the dynamic axial plastic buckling of cylindrical shellsInternational Journal of Impact Engineering 1 249 1983Google Scholar
Lindberg, H. EKennedy, T. CDynamic plastic pulse buckling beyond strain-rate reversalJournal of Applied Mechanics 42 411 1975Google Scholar
Karagiozova, DAlves, MJones, NInertia effects in axisymmetrically deformed cylindrical shells under axial impactInternational Journal of Impact Engineering 24 1083 2000Google Scholar
Karagiozova, DJones, NDynamic effects on buckling and energy absorption of cylindrical shells under axial impactThin-Walled Structures 39 583 2001Google Scholar
Karagiozova, DJones, NInfluence of stress waves on the dynamic progressive and dynamic plastic buckling of cylindrical shellsInternational Journal of Solids and Structures 38 6723 2001Google Scholar
Karagiozova, DJones, NOn dynamic buckling phenomena in axially loaded elastic-plastic cylindrical shellsInternational Journal of Non-Linear Mechanics 37 1223 2002Google Scholar
Karagiozova, DOn the dynamic collapse of circular and square tubes under axial impactAdvances in Dynamics and Impact MechanicsBrebbia, C. ANurick, G. NWIT PressSouthampton and Boston1 2003
Karagiozova, DDynamic buckling of elastic-plastic square tubes under axial impact. Part I – stress wave propagation phenomenonInternational Journal of Impact Engineering 30 143 2004Google Scholar
Karagiozova, DJones, NDynamic buckling of elastic-plastic square tubes under axial impact. Part II – structural responseInternational Journal of Impact Engineering 30 167 2004Google Scholar
Karagiozova, DAlves, MDynamic elastic-plastic buckling of structural elements: a reviewApplied Mechanics Reviews, Transactions ASME 61 040803040803 2008Google Scholar
Yuen, S. C. KNurick, G. NThe energy-absorbing characteristics of tubular stuctures with geometric and material modifications; an overviewApplied Mechanics Reviews, Transactions ASME 61 020802020802 2008Google Scholar
Lee, L. H. NBifurcation and uniqueness in dynamics of elastic-plastic continuaInternational Journal of Engineering Science 13 69 1975Google Scholar
Lee, L. H. N.Quasi-bifurcation in dynamics of elastic-plastic continuaJournal of Applied Mechanics 44 413 1977Google Scholar
Lee, L. H. NOn dynamic stability and quasi-bifurcationInternational Journal of Nonlinear Mechanics 16 79 1981Google Scholar
Lee, L. H. NDynamic buckling of an inelastic columnInternational Journal of Solids and Structures 17 271 1981Google Scholar
Funk, G. ELee, L. H. NDynamic buckling of inelastic spherical shellsTransactions of the ASME, Journal of Pressure Vessel Technology 104 79 1982Google Scholar
Symonds, P. SYu, T. XCounterintuitive behaviour in a problem of elastic-plastic beam dynamicsJournal of Applied Mechanics 52 517 1985Google Scholar
Li, Q. MZhao, L. MYang, G. TExperimental results on the counter-intuitive behaviour of thin clamped beams subjected to projectile impactInternational Journal of Impact Engineering 11 341 1991Google Scholar
Karagiozova, DVelocity and mass sensitivity of circular and square tubes under axial impactPlasticity and Impact MechanicsGupta, N. K 2003 Phoenix Publishing HouseNew Delhi403
Karagiozova, DAlves, MTransition from progressive buckling to global bending of circular shells under axial impact- part 1; experimental and numerical observationsInternational Journal of Solids and Structures 41 1565 2004Google Scholar
Hsu, S. SJones, NQuasi-static and dynamic axial crushing of thin-walled circular stainless steel, mild steel and aluminium alloy tubesInternational Journal of Crashworthiness 9 195 2004Google Scholar
Jensen, OLangseth, MHopperstad, O. STransition from local to global buckling: quasi-static and dynamic experimental resultsPlasticity and Impact MechanicsGupta, N. K 2003 Phoenix Publishing HouseNew Delhi118
Jensen, OLangseth, MHopperstad, O. SExperimental investigations on the behaviour of short to long square aluminium tubes subjected to axial loadingInternational Journal of Impact Engineering 30 973 2004Google Scholar
Karagiozova, DJones, NOn the mechanics of the global bending collapse of circular tubes under dynamic axial load – dynamic buckling transitionInternational Journal of Impact Engineering 35 397 2008Google Scholar
Jensen, OLangseth, MHopperstad, O. STransition between progressive and global buckling of aluminium extrusionsproceedings 7th International Conference on Structures Under Shock and Impact, Structures under Shock and Impact V11Jones, NBrebbia, C. ARajendran, A. MWIT PressSouthampton and Boston269 2002
Young, D. FMurphy, GDynamic similitude of underground structuresProceedings of the ASCE, Journal of the Engineering Mechanics Division 90 111 1964Google Scholar
Duffey, T. A.Scaling laws for fuel capsules subjected to blast, impact and thermal loading, SAE paper 719107Proceedings of the Intersociety Energy Conversion Engineering Conference775 1971Google Scholar
Barr, P 1983
Jones, NStructural aspects of ship collisionsStructural CrashworthinessJones, N.Wierzbicki, T.ButterworthsLondon308 1983
Huffington, N. JWortman, J. DParametric influences on the response of structural shellsTransactions of the ASME, Journal of Engineering for Industry 97 1311 1975Google Scholar
Johnson, W.Impact Strength of MaterialsEdward ArnoldLondon and Crane Russak, New York 1972
Young, D. FBasic principles and concepts of model analysisExperimental Mechanics 11 325 1971Google Scholar
Booth, ECollier, DMiles, JImpact scalability of plated steel structuresStructural CrashworthinessJones, NWierzbicki, T.ButterworthsLondon136 1983
Nevill, G. E.Similitude Studies of Re-entry Vehicle Response to Impulsive LoadingSouthwest Research Institute 1963
Ashby, M. F.Jones, D. R. H.Engineering Materials: An Introduction to Their Properties and ApplicationsPergamonOxford 1980
Jones, NSimilarity principles in structural mechanicsInternational Journal of Mechanical Engineering Education 2 1 1974Google Scholar
Barr, D. I. HA survey of procedures for dimensional analysisInternational Journal of Mechanical Engineering Education 11 147 1983Google Scholar
Hunsaker, J. C.Rightmire, B. G.Engineering Applications of Fluid MechanicsMcGraw-HillNew York 1947
Duffey, T. ACheresh, M. CSutherland, S. HExperimental verification of scaling laws for punch-impact-loaded structuresInternational Journal of Impact Engineering 2 103 1984Google Scholar
Johnson, WStructural damage in airship and rolling stock collisionsStructural CrashworthinessJones, NWierzbicki, T.ButterworthsLondon417 1983
Zhao, Y. PSuggestion of a new dimensionless number for dynamic plastic response of beams and platesArchives of Applied Mechanics 68 524 1998Google Scholar
Li, Q. MJones, NOn dimensionless numbers for dynamic plastic response of structural membersArchives of Applied Mechanics 70 245 2000Google Scholar
Hu, Y. QApplication of response number for dynamic plastic response of plates subjected to impulsive loadingInternational Journal of Pressure Vessels and Piping 77 711 2000Google Scholar
Shi, X. HGao, Y. GGeneralisation of response number for dynamic plastic response of shells subjected to impulsive loadingInternational Journal of Pressure Vessels and Piping 78 453 2001Google Scholar
Alves, MOshiro, R. EScaling the impact of a mass on a structureInternational Journal of Impact Engineering 32 1158 2006Google Scholar
Oshiro, R. EAlves, MScaling of cylindrical shells under axial impactInternational Journal of Impact Engineering 34 89 2007Google Scholar
Atkins, A. GCaddell, R. MThe laws of similitude and crack propagationInternational Journal of Mechanical Sciences 16 541 1974Google Scholar
Mai, Y. WAtkins, A. GScale effects and crack propagation in non-linear elastic structuresInternational Journal of Mechanical Sciences 17 673 1975Google Scholar
Mai, Y. W.Atkins, A. GCrack propagation in non-proportionally scaled elastic structuresInternational Journal of Mechanical Sciences 20 437 1978Google Scholar
Richards, C. W.Engineering Materials ScienceWadsworthBelmont, Calif 1961
Kendall, KThe impossibility of comminuting small particles by compressionNature 272 710 1978Google Scholar
Kendall, K.Interfacial cracking of a composite, Part 3 CompressionJournal of Materials Science 11 1267 1976Google Scholar
Kendall, KComplexities of compression failureProceedings of the Royal Society of London, Series A Mathematical and Physical Sciences 361 245 1978Google Scholar
Gurney, CHunt, JQuasi-static crack propagationProceedings of the Royal Society of London, Series A Mathematical and Physical Sciences 299 508 1967Google Scholar
Jones, NScaling of inelastic structures loaded dynamicallyStructural Impact and CrashworthinessDavies, G. A. O.Elsevier Applied ScienceLondon45 1984
Puttick, K. EThe correlation of fracture transitionsJournal of Physics D Applied Physics 13 2249 1980Google Scholar
Puttick, K. EYousif, R. HIndentation fracture transitions in polymethylmethacrylateJournal of Physics D Applied Physics 16 621 1983Google Scholar
Atkins, A. G.Mai, Y. W.Elastic and Plastic FractureEllis Horwood, Chichester and John WileyNew York 1984
1985
Jones, NJouri, WBirch, ROn the scaling of ship collision damageInternational Maritime Association of the East Mediterranean, Third International Congress on Marine TechnologyAthens287 1984
Jones, NJouri, W. SA study of plate tearing for ship collision and grounding damageJournal of Ship Research 31 253 1987Google Scholar
Yu, T. XZhang, D. JZhang, YZhou, QA study of the quasi-static tearing of thin metal sheetsInternational Journal of Mechanical Sciences 30 193 1988Google Scholar
Lu, GCalladine, C. ROn the cutting of a plate by a wedgeInternational Journal of Mechanical Sciences 32 293 1990Google Scholar
Wierzbicki, TThomas, PClosed-form solution for wedge cutting force through thin metal sheetsInternational Journal of Mechanical Sciences 35 209 1993Google Scholar
Shen, W. QFung, K. WTriantafyllos, PWajid, N. MNordin, NAn experimental study on the scaling of plate cuttingInternational Journal of Impact Engineering 21 645 1998Google Scholar
Paik, J. KCutting of a longitudinally stiffened plate by a wedgeJournal of Ship Research 38 340 1994Google Scholar
Paik, J. KWierzbicki, TA benchmark study on crushing and cutting of plated structuresJournal of Ship Research 41 147 1997Google Scholar
Paik, J. K.Thayamballi, A. K.Ultimate Limit State Design of Steel Plated StructuresJohn Wiley and Sons Ltd.London 2002
Wen, H. MJones, NExperimental investigation of the scaling laws for metal plates struck by large massesInternational Journal of Impact Engineering 13 485 1993Google Scholar
Jones, NKim, S. BA study on the large ductile deformations and perforation of mild steel plates struck by a mass. Part II: discussionTransactions ASME, Journal of Pressure Vessel Technology 119 185 1997Google Scholar
Jones, N.Birch, R. SOn the scaling of low-velocity perforation of mild steel plates, TransactionsASME, Journal of Pressure Vessel Technology 130 031207031207 2008Google Scholar
Jacob, NYuen, S. C. KNurick, G. NDesai, S. ATait, DQuadrangular plates subjected to localised blast loads – an insight into scalingPlasticity and Impact MechanicsGupta, N. K 2003 Phoenix Publishing HouseNew Delhi769
Jacob, NYuen, S. C. KNurick, G. NBonorchis, DDesai, S. ATait, DScaling aspects of quadrangular plates subjected to localised blast loads – experiments and predictionsInternational Journal of Impact Engineering 30 1179 2004Google Scholar
Schleyer, G. KSimplified analysis of square plates under explosion loadingAdvances in Dynamics and Impact MechanicsBrebbia, C. ANurick, G. NWIT PressSouthampton and Boston167 2003
Schleyer, G. KJones, NOn the simplified analysis ofsquare plates under explosion loading, Banks, W. MNash, D. HProfessional Engineering Publishing Limited225 2003
Schleyer, G. KHsu, S. SWhite, M. DScaling of pulse loaded mild steel plates with different edge restraintInternational Journal of Mechanical Sciences 46 1267 2004Google Scholar
Jones, NBirch, S. EBirch, R. SZhu, LBrown, MAn experimental study on the lateral impact of fully clamped mild steel pipesProceedings of the Institution of Mechanical Engineers, Journal of Process Mechanical Engineering 206 111 1992Google Scholar
Jones, N.Birch, R. SLow-velocity impact of pressurised pipelinesInternational Journal of Impact Engineering 37 207 2010Google Scholar
Jones, NBirch, R. SInfluence of internal pressure on the impact behaviour of steel pipelinesTransactions ASME, Journal of Pressure Vessel Technology 118 464 1996Google Scholar
Jiang, PTian, C. JXie, R. ZMeng, D. SExperimental investigation into scaling laws for conical shells struck by projectilesInternational Journal of Impact Engineering 32 1284 2006Google Scholar
Jiang, PWang, WZhang, G. JSize effects in the axial tearing of circular tubes during quasi-static and impact loadingsInternational Journal of Impact Engineering 32 2048 2006Google Scholar
Emori, R. I.Schuring, D. J.Scale Models in EngineeringPergamonOxford 1977
Szücs, E.Similitude and ModellingElsevierAmsterdam 1980
Jouri, W. SJones, NThe impact behaviour of aluminium alloy and mild steel double-shear specimensInternational Journal of Mechanical Sciences 30 153 1988Google Scholar
Thornton, P. HStatic and dynamic collapse characteristics of scale model corrugated tubular sectionsTransactions of the ASME, Journal of Engineering Materials and Technology 97 357 1975Google Scholar
Jones, NSome comments on the scaling of inelastic structures loaded dynamicallySize-Scale Effects in the Failure Mechanisms of Materials and StructuresCarpinteri, ATurin, E. and F. N. SponLondon541 1996
Atkins, A. GScaling in combined plastic flow and fractureInternational Journal of Mechanical Sciences 30 173 1988Google Scholar
Atkins, A. G.Letter to the Editor on Reference 11.44International Journal of Impact Engineering 16 525 1995Google Scholar
Atkins, A. GNote on scaling in rigid-plastic fracture mechanicsInternational Journal of Mechanical Sciences 32 547 1990Google Scholar
Jouri, W. SJones, NThe impact behaviour of aluminium alloy and mild steel double-shear specimensInternational Journal of Mechanical Sciences 30 153 1988Google Scholar
Me-Bar, YA method for scaling ballistic penetration phenomenaInternational Journal of Impact Engineering 19 821 1997Google Scholar
Calladine, C. RAn investigation of impact scaling theoryStructural CrashworthinessJones, NWierzbicki, T.ButterworthsLondon169 1983
Calladine, C. REnglish, R. WStrain-rate and inertia effects in the collapse of two types of energy-absorbing structureInternational Journal of Mechanical Sciences 26 689 1984Google Scholar
Bazant, Z. P.Scaling of Structural StrengthHermes Penton LtdLondon 2002
Young, D. FBasic principles and concepts of model analysisExperimental Mechanics 11 325 1971Google Scholar
Gibbings, J. CA logic of dimensional analysisJournal of Physics A Mathematical and General 15 1991 1982Google Scholar
Gibbings, J. C.The Systematic ExperimentCambridge University PressCambridge 1986
Martin, J. BSymonds, P. SMode approximations for impulsively-loaded rigid-plastic structuresProceedings of the ASCE, Journal of the Engineering Mechanics Division 92 43 1966Google Scholar
Jones, NQuasi-static analysis of structural impact damageJournal of Constructional Steel Research 33 151 1995Google Scholar
Shen, W. QJones, NA comment on the low speed impact of a clamped beam by a heavy strikerMechanics, Structures and Machines 19 527 1991Google Scholar
Ploch, JWierzbicki, TBounds for large plastic deformations of dynamically loaded continua and structuresInternational Journal of Solids and Structures 17 183 1981Google Scholar
Stronge, W. JAccuracy of bounds of plastic deformation for dynamically loaded plates and shellsInternational Journal of Mechanical Sciences 27 97 1985Google Scholar
Huang, Z. PRevised lower displacement bounds of impulsively-loaded rigid-plastic structuresMechanics Research Communications 12 257 1985Google Scholar
Symonds, P.SOn Huang Zhuping's theorem for a lower displacement boundMechanics Research Communications 12 265 1985Google Scholar
Jones, NBounds on the dynamic plastic behaviour of structures including transverse shear effectsInternational Journal of Impact Engineering 3 273 1985Google Scholar
Huang, Z. PSun, L.-ZThe optimal mode and an approximate expression of final displacement in dynamic plastic response of structuresTrans. ASME, Journal of Applied Mechanics 59 33 1992Google Scholar

Save book to Kindle

To save this book to your Kindle, first ensure coreplatform@cambridge.org is added to your Approved Personal Document E-mail List under your Personal Document Settings on the Manage Your Content and Devices page of your Amazon account. Then enter the ‘name’ part of your Kindle email address below. Find out more about saving to your Kindle.

Note you can select to save to either the @free.kindle.com or @kindle.com variations. ‘@free.kindle.com’ emails are free but can only be saved to your device when it is connected to wi-fi. ‘@kindle.com’ emails can be delivered even when you are not connected to wi-fi, but note that service fees apply.

Find out more about the Kindle Personal Document Service.

  • References
  • Norman Jones, University of Liverpool
  • Book: Structural Impact
  • Online publication: 05 June 2012
  • Chapter DOI: https://doi.org/10.1017/CBO9780511820625.021
Available formats
×

Save book to Dropbox

To save content items to your account, please confirm that you agree to abide by our usage policies. If this is the first time you use this feature, you will be asked to authorise Cambridge Core to connect with your account. Find out more about saving content to Dropbox.

  • References
  • Norman Jones, University of Liverpool
  • Book: Structural Impact
  • Online publication: 05 June 2012
  • Chapter DOI: https://doi.org/10.1017/CBO9780511820625.021
Available formats
×

Save book to Google Drive

To save content items to your account, please confirm that you agree to abide by our usage policies. If this is the first time you use this feature, you will be asked to authorise Cambridge Core to connect with your account. Find out more about saving content to Google Drive.

  • References
  • Norman Jones, University of Liverpool
  • Book: Structural Impact
  • Online publication: 05 June 2012
  • Chapter DOI: https://doi.org/10.1017/CBO9780511820625.021
Available formats
×