Research Catalog

Dynamic models for structural plasticity

Title
  1. Dynamic models for structural plasticity / W.J. Stronge, T.X. Yu.
Published by
  1. London ; New York : Springer-Verlag, ©1993.
Author
  1. Stronge, W. J. (William James), 1937-

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FormatTextAccessUse in libraryCall numberTA418.14 .S76 1993Item locationOff-site

Details

Additional authors
  1. Yu, T. X. (Tongxi X.), 1941-
Description
  1. xxii, 279 pages : illustrations; 24 cm
Subject
  1. Plasticity > Mathematical models
  2. Deformations (Mechanics)
  3. Plastic analysis (Engineering)
  4. deformation
  5. plastic design
  6. Plastische Deformation
  7. Dynamisches Modell
  8. Plastizität
  9. Déformations (mécanique)
  10. Analyse plastique (théorie des constructions)
  11. Plasticité > Modèles mathématiques
  12. Plasticité > Mathématiques
Contents
  1. 1. Elastoplastic and Viscoplastic Constitutive. 1.1. Stress Resultants and Generalized Stress -- Deformations and Generalized Strain. 1.2. Pure Bending of Rate-Independent Bar. 1.3. Pure Bending of Rate-Dependent Bar. 1.4. Interaction Yield Functions and Associated Plastic Flow. 1.5. Interaction Yield Surfaces Including Shear. 1.6. Elastic Springback -- 2. Principles of Mechanics. 2.1. Kinematics. 2.2. Balance of Forces. 2.3. Principle of Virtual Velocity. 2.4. Bounds For Rigid-Perfectly Plastic Solids and Structures. 2.5. Dynamic Modes Of Deformation -- 3. Static Deflection. 3.1. Small Elastic-Plastic Deflections. 3.2. Large Elastic-Plastic Deflections -- 4. Dynamic Rigid-Plastic Response. 4.1. Step Loading. 4.2. Rectangular Pulse Loading. 4.3. Features of Travelling Hinges. 4.4. General Pulse Loading. 4.5. Impact on Cantilever -- 5. Second-Order Effects on Dynamic Response. 5.1. Strain-Rate Effect. 5.2. Strain Hardening (Strain Softening) Effect. 5.3. Effects of Transverse Shear and Rotary Inertia. 5.4. Effect of Large Deflection. 5.5. Effect of Elastic Deformation. 5.6. Accuracy of Rigid-Plastic Analyses -- 6. More Complex Configurations. 6.1. General Considerations. 6.2. Straight Cantilevers with Smoothly Varying Cross-Sections. 6.3. Oblique Impact on Straight Cantilever. 6.4. Circular Arc Cantilever Subjected to In-plane Step Force. 6.5. Circular Arc Cantilever Subjected to In-plane Impact. 6.6. Circular Arc Cantilever Subjected to Out-of-Plane Step Force. 6.7. Stepped or Bent Cantilever Subjected to Step Force. 6.8. Cantilever with an Initial Crack -- 7. Impact Experiments. 7.1. Methods of Applying Dynamic Loads. 7.2. Travelling Hinges -- Fiction or Fact? 7.3. Elastic Effects on Plastic Deformation. 7.4. Strain Hardening and Strain-Rate Effects. 7.5. Dynamic Rupture.
Owning institution
  1. Princeton University Library
Bibliography (note)
  1. Includes bibliographical references and index.