Damage Mechanics and Micromechanics of Localized Fracture Phenomena in Inelastic Solids

Part I: Consistent Non Local Coupled Damage.- Model and Its Application in Impact Response.- of Composite Materials.- 1 Prologue.- 2 Nonlocal formulation of the highvelocity impact.- induced damage.- 3 Mechanics of small damage in fiber reinforced.- composite materials.- composite materials.- 4 A Comparative Study of Damage Variables in.- Continuum Damage Mechanics.- Continuum Damage Mechanics.- 5 Computational aspects of the proposed theory.- 6 Verification and validation of the theoretical formulation.- 7 Application of the theory in studying high velocity.- contact problems.- 8 Conclusions.- Part II: Advances in Statistical Damage Mechanics.- (SDM): New Modeling Strategies.- 1 Introduction: from Continuum to Discrete Modeling.- 2 One Dimensional Models: Parallel Bundles Systems.- (PBS).- 3 Higher Dimensional Models: Spring Networks.- 4 More Related Work.- 5 Concluding Remarks.- Appendix 1: Notes About Numerical Solution Schemes.- Appendix 2: The One-way Correlation Hypothesis References.- Part III: Application of the Thermodynamical.- Theory of ElastoViscoplasticity in Modern Manufacturing.- Processes.- 1 Prologue.- 2 The Thermodynamical Theory of Elasto-Viscoplasticity.- 3 Constitutive Modelling for Dynamic Cyclic Loadings.- 4 Localization and Localized Fracture Phenomena.- relations.- 5 Numerical Analysis of Macrocrack Propagation.- along a Bimaterial Interface under Dynamic Loading.- Processes.- 6 Numerical Investigation of Dynamic Shear Bands.- in Inelastic Solids as a Problem of Mesomechanics.- 7 Numerical Investigation of Localized Fracture.- Phenomena in Inelastic Solids.- 8 Epilogue.- References.- Part IV: Safety of Concrete and Masonry Structures.- under Unusual Loadings.- 1 Some remarks on damage and localized fracture.- 2 Introduction.- 3 Cumulative Fracture Criterion for brittle materials.- 4 Numerical simulation.- 5 Engineering structure subjected to explosion.- 6 Conclusions.- Bibliography.- Part II: Advances in Statistical Damage Mechanics.- (SDM): New Modeling Strategies.- 1 Introduction: from Continuum to Discrete Modeling.- 2 One Dimensional Models: Parallel Bundles Systems.- (PBS).- (SDM): New Modeling Strategies.- 1 Introduction: from Continuum to Discrete Modeling.- 2 One Dimensional Models: Parallel Bundles Systems.- (PBS).- 3 Higher Dimensional Models: Spring Networks.- 4 More Related Work.- 5 Concluding Remarks.- Appendix 1: Notes About Numerical Solution Schemes.- Appendix 2: The One-way Correlation Hypothesis References.- Appendix 1: Notes About Numerical Solution Schemes.- Appendix 2: The One-way Correlation Hypothesis References.- Part III: Application of the Thermodynamical.- Theory of ElastoViscoplasticity in Modern Manufacturing.- Processes.- 1 Prologue.- 2 The Thermodynamical Theory of Elasto-Viscoplasticity.- Part III: Application of the Thermodynamical.- Theory of ElastoViscoplasticity in Modern Manufacturing.- Processes.- 1 Prologue.- 2 The Thermodynamical Theory of Elasto-Viscoplasticity.- 3 Constitutive Modelling for Dynamic Cyclic Loadings.- 4 Localization and Localized Fracture Phenomena.- relations.- 5 Numerical Analysis of Macrocrack Propagation.- along a Bimaterial Interface under Dynamic Loading.- Processes.- 6 Numerical Investigation of Dynamic Shear Bands.- in Inelastic Solids as a Problem of Mesomechanics.- 7 Numerical Investigation of Localized Fracture.- Phenomena in Inelastic Solids.- 8 Epilogue.- References.- Part IV: Safety of Concrete and Masonry Structures.- under Unusual Loadings.- 1 Some remarks on damage and localized fracture.- 2 Introduction.- 3 Cumulative Fracture Criterion for brittle materials.- 4 Numerical simulation.- 5 Engineering structure subjected to explosion.- 6 Conclusions.- Bibliography.- Bibliography.