Handbook of Materials Behavior Models

Content: 
Foreword, Page xvi, Erik van der Giessen
Introduction, Pages xvii-xviii, Jean Lemaitre
Contributors, Pages xix-xxvii
Section 1.1 - Background on Modeling, Pages 3-14, Jean Lemaitre
Section 1.2 - Materials and Process Selection Methods, Pages 15-29, Yves Brechet
Section 1.3 - Size Effect on Structural Strength, Pages 30-68, Zdeněk P. Bažant
Section 2.1 - Introduction to Elasticity and Viscoelasticity, Pages 71-74, Jean Lemaitre
Section 2.2 - Background on Nonlinear Elasticity, Pages 75-83, R.W. Ogden
Section 2.3 - Elasticity of Porous Materials, Pages 84-90, N.D. Cristescu
Section 2.4 - Elastomer Models, Pages 91-94, R.W. Ogden
Section 2.5 - Background on Viscoelasticity, Pages 95-106, Kozo Ikegami
Section 2.6 - A Nonlinear Viscoelastic Model Based on Fluctuating Modes, Pages 107-116, Rachid Rahouadj, Christian Cunat
Section 2.7 - Linear Viscoelasticity with Damage, Pages 117-124, R.A. Schapery
Section 3.1 - Introduction to Yield Limits, Pages 127-128, Jean Lemaitre
Section 3.2 - Background on Isotropic Criteria, Pages 129-136, Daniel C. Drucker
Section 3.3 - Yield Loci Based on Crystallographic Texture, Pages 137-154, P. Van Houtte
Section 3.4 - Anisotropic Yield Conditions, Pages 155-165, Mlchal Życzkowski
Section 3.5 - Distortional Model of Plastic Hardening, Pages 166-174, Tadeusz Kurtyka
Section 3.6 - A Generalized Limit Criterion with Application to Strength, Yielding, and Damage of Isotropic Materials, Pages 175-186, Holm Altenbach
Section 3.7 - Yield Conditions in Beams, Plates, and Shells, Pages 187-194, Daniel C. Drucker
Section 4.1 - Introduction to Plasticity, Pages 197-198, Jean Lemaitre
Section 4.2 - Elastoplasticity of Metallic Polycrystals by the Self-Consistent Model, Pages 199-203, M. Berveiller
Section 4.3 - Anisotropic Elastoplastic Model Based on Texture, Pages 204-212, Anne Marie Habraken
Section 4.4 - Cyclic Plasticity Model with Nonlinear Isotropic and Kinematic Hardenings: NoLIKH Model, Pages 213-222, Didier Marquis
Section 4.5 - Multisurface Hardening Model for Monotonic and Cyclic Response of Metals, Pages 223-231, Z. Mróz
Section 4.6 - Kinematic Hardening Rule with Critical State of Dynamic Recovery, Pages 232-239, Nobutada Ohno
Section 4.7 - Kinematic Hardening Rule for Biaxial Ratcheting, Pages 240-246, Hlromasa Ishikawa, Katsuhiko Sasaki
Section 4.8 - Plasticity in Large Deformations, Pages 247-254, Yannis F. Dafalias
Section 4.9 - Plasticity of Polymers, Pages 255-264, Jean-Marc Haudin, Bernard Monasse
Section 4.10 - Rational Phenomenology in Dynamic Plasticity, Pages 265-273, Janusz R. Klepaczko
Section 4.11 - Conditions for Localization in Plasticity and Rate-Independent Materials, Pages 274-280, Ahmed Benallal
Section 4.12 - Gradient Plasticity, Pages 281-297, Elias C. Aifantis
Section 5.1 - Introduction to Viscoplasticity, Pages 301-302, Jean Lemaitre
Section 5.2 - A Phenomenological Anisotropic Creep Model for Cubic Single Crystals, Pages 303-307, Albrecht Bertram, Jürgen Olschewski
Section 5.3 - Crystalline Viscoplasticity Applied to Single Crystals, Pages 308-317, Georges Cailletaud
Section 5.4 - Averaging of Viscoplastic Polycrystalline Materials with the Tangent Self-Consistent Model, Pages 318-325, Alain Molinari
Section 5.5 - Fraction Models for Inelastic Deformation, Pages 326-335, J.F. Besseling
Section 5.6 - Inelastic Compressible and Incompressible, Isotropic, Small Strain Viscoplasticity Theory Based on Overstress (VBO), Pages 336-348, E. Krempl, K. Ho
Section 5.7 - An Outline of the Bodner-Partom (B-P) Unified Constitutive Equations for Elastic-Viscoplastic Behavior, Pages 349-357, Sol R. Bodner
Section 5.8 - Unified Model of Cyclic Viscoplasticity Based on the Nonlinear Kinematic Hardening Rule, Pages 358-367, J.L. Chaboche
Section 5.9 - A Model of Nonproportional Cyclic Viscoplasticity, Pages 368-376, Eiichi Tanaka
Section 5.10 - Rate-Dependent Elastoplastic Constitutive Relations, Pages 377-386, Fernand Ellyin
Section 5.11 - Physically Based Rate-and Temperature-Dependent Constitutive Models for Metals, Pages 387-397, Sia Nemat-Nasser
Section 5.12 - Elastic-Viscoplastic Deformation of Polymers, Pages 398-407, Ellen M. Arruda, Mary C. Boyce
Section 6.1 - Introduction to Continuous Damage, Pages 411-412, Jean Lemaitre
Section 6.2 - Damage-Equivalent Stress Fracture Criterion, Pages 413-416, Jean Lemaitre
Section 6.3 - Micromechanically Inspired Continuous Models of Brittle Damage, Pages 417-420, Dusan Krajcinovic
Section 6.4 - Anisotropic Damage, Pages 421-429, C.L. Chow, Yong Wei
Section 6.5 - The Modified Gurson Model, Pages 430-435, V. Tvergaard, A. Needleman
Section 6.6 - The Rousselier Model for Porous Metal Plasticity and Ductile Fracture, Pages 436-445, Gilles Rousselier
Section 6.7 - Model of Anisotropic Creep Damage, Pages 446-452, Sumio Murakami
Section 6.8 - Multiaxial Fatigue Damage Criteria, Pages 453-456, Darrell Socie
Section 6.9 - Multiaxial Fatigue Criteria Based on a Multiscale Approach, Pages 457-463, K. Dang Van
Section 6.10 - A Probabilistic Approach to Fracture in High Cycle Fatigue, Pages 464-471, François Hild
Section 6.11 - Gigacycle Fatigue Regime, Pages 472-487, C. Bathias
Section 6.12 - Damage Mechanisms in Amorphous Glassy Polymers: Crazing, Pages 488-499, Robert Schirrer
Section 6.13 - Damage Models for Concrete, Pages 500-512, Gilles Pijaudier-Cabot, Jacky Mazars
Section 6.14 - Isotropic and Anisotropic Damage Law of Evolution, Pages 513-524, Jean Lemaitre, Rodrigue Desmorat
Section 6.15 - A Two-Scale Model for Quasi-Brittle and Fatigue Damage, Pages 525-535, Rodrigue Desmorat, Jean Lemaitre
Section 7.1 - Introduction to Cracking and Fracture, Pages 539-541, Jean Lemaitre
Section 7.2 - Bridges between Damage and Fracture Mechanics, Pages 542-548, Jacky Mazars, Gilles Pijaudier-Cabot
Section 7.3 - Background on Fracture Mechanics, Pages 549-557, Huy Duong Bui, J-B. Leblond, N. Stalin-Muller
Section 7.4 - Probabilistic Approach to Fracture: The Weibull Model, Pages 558-565, François Hild
Section 7.5 - Brittle Fracture, Pages 566-576, Dominique François
Section 7.6 - Sliding Crack Model, Pages 577-581, Dietmar Gross
Section 7.7 - Delamination of Coatings, Pages 582-586, Henrik Myhre Jensen
Section 7.8 - Ductile Rupture Integrating Inhomogeneities in Materials (DRIIM), Pages 587-596, A. Pineau, J. Besson
Section 7.9 - Creep Crack Growth Behavior in Creep-Ductile and Creep-Brittle Materials, Pages 597-610, A. Toshimitsu Yokobori Jr.
Section 7.10 - Critical Review of Fatigue Crack Growth, Pages 611-621, Takeo Yokobori
Section 7.11 - Assessment of Fatigue Damage on the Basis of Nonlinear Compliance Effects, Pages 622-632, Haël Mughrabi
Section 7.12 - Damage Mechanics Modeling of Fatigue Crack Growth, Pages 633-644, Xing Zhang, Jun Zhao
Section 7.13 - Dynamic Fracture, Pages 645-660, W.G. Knauss
Section 7.14 - Practical Application of Fracture Mechanics: Fracture control, Pages 661-671, David Broek
Section 8.1 - Introduction to Friction and Wear, Page 675, Jean Lemaitre
Section 8.2 - Background on Friction and Wear, Pages 676-699, Yves Berthier
Section 8.3 - Models of Friction, Pages 700-759, A.R. Savkoor
Section 8.4 - Friction in Lubricated Contacts, Pages 760-767, Jean FrÉne, Traian Cicone
Section 8.5 - A Thermodynamic Analysis of Wear, Pages 768-776, Huy Duong Bui, Marta Dragon-Louiset, Claude Stolz
Section 8.6 - Constitutive Models and Numerical Methods for Frictional Contact, Pages 777-786, Michel Raous
Section 8.7 - Physical Models of Wear: Prediction of Wear Modes, Pages 787-791, Koji Kato
Section 9.1 - Introduction to Coupled Behaviors, Pages 795-796, Jean Lemaitre
Section 9.2 - Elastoplasticity and Viscoplasticity Coupled with Damage, Pages 797-801, Ahmed Benallal
Section 9.3 - A Fully Coupled Anisotropic Elastoplastic Damage Model, Pages 802-813, Serge Cescotto, Wauters Michaël, Anne-marie Habraken, Y. Zhu
Section 9.4 - Model of Inelastic Behavior Coupled to Damage, Pages 814-820, George Z. Voyiadjis
Section 9.5 - Thermo-Elasto-Viscoplasticity and Damage, Pages 821-834, Piotr Perzyna
Section 9.6 - High-Temperature Creep Deformation and Rupture Models, Pages 835-848, D.R. Hayhurst
Section 9.7 - A Coupled Diffusion-Viscoplastic Formulation for Oxidasing Multiphase Materials, Pages 849-855, Esteban P. Busso
Section 9.8 - Hydrogen Attack, Pages 856-863, Erik Van der Giessen, Sabine M. Schlögl
Section 9.9 - Hydrogen Transport and Interaction with Material Deformation: Implications for Fracture, Pages 864-874, Petros Sofronis
Section 9.10 - Unified Disturbed State Constitutive Models, Pages 875-883, Chandra S. Desai
Section 9.11 - Coupling of Stress-Strain, Thermal, and Metallurgical Behaviors, Pages 884-895, Tatsuo Inoue
Section 9.12 - Models for Stress-Phase Transformation Couplings in Metallic Alloys, Pages 896-904, S. Denis, P. Archambault, E. Gautier
Section 9.13 - Elastoplasticity Coupled with Phase Changes, Pages 905-914, F.D. Fischer
Section 9.14 - Mechanical Behavior of Steels during Solid—Solid Phase Transformations, Pages 915-920, Jean-Baptiste Leblond
Section 9.15 - Constitutive Equations of a Shape Memory Alloy Under Complex Loading Conditions, Pages 921-927, Masataka Tokuda
Section 9.16 - Elasticity Coupled with Magnetism, Pages 928-943, René Billardon, Laurent Hirsinger, Florence Ossart
Section 9.17 - Physical Aging and Glass Transition of Polymers, Pages 944-954, Rachid Rahouadj, Christian Cunat
Section 10.1 - Introduction to Composite Media, Pages 957-958, Jean Lemaitre
Section 10.2 - Background on Micromechanics, Pages 959-967, Erik van der Giessen
Section 10.3 - Nonlinear Composites: Secant Methods and Variational Bounds, Pages 968-983, Pierre M. Suquet
Section 10.4 - Nonlocal Micromechanical Models, Pages 984-995, J.R. Willis
Section 10.5 - Transformation Field Analysis of Composite Materials, Pages 996-1003, George J. Dvorak
Section 10.6 - A Damage Mesomodel of Laminate Composites, Pages 1004-1014, Pierre Ladevèze
Section 10.7 - Behavior of Ceramic—Matrix Composites Under Thermomechanical Cyclic Loading Conditions, Pages 1015-1024, Frederick A. Leckie, Alain Burr, François Hild
Section 10.8 - Limit and Shakedown Analysis of Periodic Heterogeneous Media, Pages 1025-1036, Giulio Maier, Valter Carvelli, Alberto Taliercio
Section 10.9 - Flow-Induced Anisotropy in Short-Fiber Composites, Pages 1037-1047, Arnaud Poitou, Frédéric Meslin
Section 10.10 - Elastic Properties of Bone Tissue, Pages 1048-1056, Stephen C. Cowin
Section 10.11 - Biomechanics of Soft Tissue, Pages 1057-1071, Gerhard A. Holzapfel
Section 11.1 - Introduction to Geomaterials, Page 1075, Jean Lemaitre
Section 11.2 - Background of the Behavior of Geomaterials, Pages 1076-1083, Félix Darve
Section 11.3 - Models for Compressible and/or Dilatant Geomaterials, Pages 1084-1092, N.D. Cristescu
Section 11.4 - Behavior of Granular Materials, Pages 1093-1106, Ioannis Vardoulakis
Section 11.5 - Micromechanically Based Constitutive Model for Frictional Granular Materials, Pages 1107-1117, Sia Nemat-Nasser
Section 11.6 - Linear Poroelasticity, Pages 1118-1125, J.W. Rudnicki
Section 11.7 - Nonlinear Poroelasticity for Liquid Nonsaturated Porous Materials, Pages 1126-1133, Olivier Coussy, Patrick Dangla
Section 11.8 - An Elastoplastic Constitutive Model for Partially Saturated Soils, Pages 1134-1145, B.A. Schrefler, L. Simoni
Section 11.9 - “Sinfonietta Classica”: A Strain-Hardening Model for Soils and Soft Rocks, Pages 1146-1154, Roberto Nova
Section 11.10 - A Generalized Plasticity Model for the Dynamic Behavior of Sand, Including Liquefaction, Pages 1155-1163, M. Pastor, O.C. Zienkiewicz, A.H.C. Chan
Section 11.11 - A Critical State Bounding Surface Model for Sands, Pages 1164-1170, Majid T. Manzari, Yannis F. Dafalias
Section 11.12 - Lattice Model for Fracture Analysis of Brittle Disordered Materials like Concrete and Rock, Pages 1171-1177, J.G.M. van Mier
Index, Pages 1179-1200