Constitutive modelling of fibre-reinforced brittle materials: Dissertation

Keyphrases

• Brittle Materials 100%
• Fiber Orientation 100%
• Fiber-reinforced 100%
• Constitutive Modeling 100%
• Single Fiber 75%
• Tensile Behavior 50%
• Spalling 50%
• Discrete Crack 50%
• Crack Width 50%
• Fiber Analysis 50%
• Fiber Bridging 50%
• Fibers Location 50%
• Snubbing Effect 50%
• Smeared Crack 50%
• Fiber Properties 25%
• Computational Tools 25%
• Order of Magnitude 25%
• Stress-strain 25%
• Automatic Generation 25%
• Finite Element Analysis 25%
• All-fiber 25%
• Fiber Matrix 25%
• Finite Element Method 25%
• Decreasing Effect 25%
• Strain Hardening Behavior 25%
• Short Fiber 25%
• Axial Stress 25%
• Interface Element 25%
• Experimental Protocol 25%
• Peak Load 25%
• Constitutive Model 25%
• Strain Energy 25%
• Fracture Mode 25%
• Multiple Cracks 25%
• Cracking Stress 25%
• Pullout 25%
• Finite Element Program 25%
• Fiber Pull-out 25%
• Dimensional Analysis 25%
• Energetic Fiber 25%
• Crack Spacing 25%
• Single Fracture 25%
• Fracture Energy 25%
• Several Cracks 25%
• Micromechanical Properties 25%
• High Ductility 25%
• Constitutive Relation 25%
• Stress Crack 25%
• Fiber Debonding 25%
• Crack Strain 25%
• Fiber Rupture 25%
• Fiber Interface 25%
• Pullout Energy 25%
• Crack Analysis 25%
• Fracture-matrix System 25%
• Stress-only 25%
• Multisurface Plasticity 25%
• Tensile Model 25%
• Tensile Strain Hardening 25%
• Flexural Members 25%
• Multiple Fractures 25%
• Fiber Bending 25%
• Interface Generation 25%
• Bending Points 25%

Engineering

• Tensiles 100%
• Single Fibre 100%
• Constitutive Modeling 100%
• Brittle Material 100%
• Finite Element Method 100%
• Bridging 66%
• Fundamental Assumption 66%
• Tensile Loads 66%
• Energy Engineering 66%
• Crack Width 66%
• Fiber Orientation 66%
• Constitutive Model 33%
• Measured Value 33%
• Short Fiber 33%
• Strain Hardening 33%
• Hardening Behavior 33%
• Axial Stress 33%
• Theoretical Value 33%
• Point Bending 33%
• Interface Element 33%
• Peak Load 33%
• Debonding 33%
• Plasticity Theory 33%
• Supports 33%
• Strain 33%
• Constitutive Relation 33%
• Micromechanical Property 33%
• Dimensional Analysis 33%
• Tensile Strain 33%
• Surface Plasticity 33%
• Flexural Member 33%
• Fracture Energy 33%
• Strain Energy 33%
• Fibre Rupture 33%

INIS

• fibers 100%
• modeling 100%
• cracks 50%
• matrices 30%
• energy 20%
• orientation 20%
• cracking 15%
• finite element method 15%
• fractures 15%
• values 10%
• interfaces 10%
• width 10%
• strains 10%
• tools 5%
• surfaces 5%
• geometry 5%
• ruptures 5%
• bending 5%
• prediction 5%
• plasticity 5%
• dimensions 5%
• curves 5%
• symmetry 5%
• ductility 5%
• measured values 5%
• strain hardening 5%
• mechanics 5%
• peak load 5%