دانلود کتاب Multi-field modeling and simulation of fiber-reinforced polymers

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List of Figures
List of Tables
Introduction
State of the art and objectives
Strain-gradient formulations for fiber-reinforced materials
Phase-field approach to fracture
Outline of the thesis
Fundamentals
Tensor notations
Continuum mechanics
Kinematics of finite deformation
Stress tensors and heat flux
Balance laws
Shell kinematics
Phase field approach to fracture
Crack regularization
Elastic strain energy
Balance equation of the phase-field
Isogeometric analysis
B-splines and NURBS
Geometric discretization
Phase-Field Modeling of Non-Linear Thermo-Porous Ductile Fracture
Configuration and kinematics
Variational formulation
Energetic response function
Dissipative response function
Evolution equations
Strong and weak form
Spatial discretization
Temporal discretization
Numerical examples
Tensile test
Third Sandia Fracture Challenge
Generalized Continuum Mechanics for Micro-Structured Materials
Kinematics
Configuration and motions
Rotation and subclasses
Micromorphic linear elasticity
Deformation measures
Energetic response
Strong form
Special case: second-gradient / strain-gradient theory
A Non-Linear Strain-Gradient Formulation for Fiber-Reinforced Composites
Shell element formulation
Micromechanical and experimental motivation
Kinematics
Variational formulation
Spatial discretization
Numerical examples
Solid element formulation
Configuration and kinematics
Variational formulation
Numerical examples
A Hybrid Phase-Field Model for Fracture in Fiber-Reinforced Polymers
Configuration and kinematics
Variational formulation
Energetic response
Dissipative response
Heat conduction
Coupled problem
Spatial discretization
Temporal discretization
Numerical examples
Unidirectional fiber reinforcement
Bidirectional fiber reinforcement
Thermal investigation
Summary and outlook
Summary
Outlook
Bibliography