Канал: Fertig Research Group: Multiscale Failure of Materials

Material Fracture (Ductile vs. Brittle Fracture)

Material Fracture (Ductile vs. Brittle Fracture)

Material Fracture (Theoretical Fracture Strength)

Material Fracture (Theoretical Fracture Strength)

Linear Elastic Constitutive Behavior: Hooke's Law

Linear Elastic Constitutive Behavior: Hooke's Law

Review of Strain: (Definition of Small Strain Tensor)

Review of Strain: (Definition of Small Strain Tensor)

Review of Strain: Types of Deformation

Review of Strain: Types of Deformation

Simulated Rockwell B Hardness Test for 1018 Steel

Simulated Rockwell B Hardness Test for 1018 Steel

Variational Principles of Elasticity (Principle of Virtual Work)

Variational Principles of Elasticity (Principle of Virtual Work)

Variational Methods (Parametric Representations)

Variational Methods (Parametric Representations)

Variational Methods (Finite Constraints - Geodesics Example)

Variational Methods (Finite Constraints - Geodesics Example)

Variational Methods (Finite and Differential Constraints)

Variational Methods (Finite and Differential Constraints)

Variational Methods (Isoperimetric Example)

Variational Methods (Isoperimetric Example)

Variational Methods (Ritz Method and Finite Element Analysis)

Variational Methods (Ritz Method and Finite Element Analysis)

Variational Methods (Rayleigh-Ritz Method)

Variational Methods (Rayleigh-Ritz Method)

Variational Methods (Potential Energy of an Elastic Body)

Variational Methods (Potential Energy of an Elastic Body)

Variational Methods (Principle of Stationary Total Potential Energy)

Variational Methods (Principle of Stationary Total Potential Energy)

Variational Methods (Functionals with Multiple Independent Variables)

Variational Methods (Functionals with Multiple Independent Variables)

Variational Methods (Functionals with Multiple Dependent Variables)

Variational Methods (Functionals with Multiple Dependent Variables)

Variational Methods (Functionals with Higher Order Derivatives)

Variational Methods (Functionals with Higher Order Derivatives)

Variational Methods (Natural Boundary Conditions)

Variational Methods (Natural Boundary Conditions)

Variational Methods (Delta Operator)

Variational Methods (Delta Operator)

Variational Methods (First Integrals of the Euler-Lagrange Equation)

Variational Methods (First Integrals of the Euler-Lagrange Equation)

Variational Methods (Example - Surface of Revolution)

Variational Methods (Example - Surface of Revolution)

Variational Methods (Example - Shortest Path)

Variational Methods (Example - Shortest Path)

Variational Methods (Fundamental Lemma of Variational Calculus)

Variational Methods (Fundamental Lemma of Variational Calculus)

Variational Methods (Functionals and Extremization)

Variational Methods (Functionals and Extremization)

4-4: Dynamic FEA (Mode Superposition - Modal Analysis)

4-4: Dynamic FEA (Mode Superposition - Modal Analysis)

4-3: Dynamic FEA (Damping)

4-3: Dynamic FEA (Damping)

4-2: Dynamic FEA (Newmark-beta Implicit Integration)

4-2: Dynamic FEA (Newmark-beta Implicit Integration)

4-1: Dynamic Finite Element Analysis (Natural Frequencies and Mode Shapes)

4-1: Dynamic Finite Element Analysis (Natural Frequencies and Mode Shapes)

3-3: Nonlinear Finite Elements in 3-D (Updated Lagrangian Formulation)

3-3: Nonlinear Finite Elements in 3-D (Updated Lagrangian Formulation)

3-2: Nonlinear Finite Elements in 3-D (Total Lagrangian Formulation)

3-2: Nonlinear Finite Elements in 3-D (Total Lagrangian Formulation)

3-1h: Nonlinear Finite Elements in 3-D (Continuum Stresses - Example)

3-1h: Nonlinear Finite Elements in 3-D (Continuum Stresses - Example)

3-1g: Nonlinear Finite Elements in 3-D (Continuum Stresses - Stress Measures)

3-1g: Nonlinear Finite Elements in 3-D (Continuum Stresses - Stress Measures)

3-1e: Nonlinear Finite Elements in 3-D (Continuum Kinematics - Rate of Deformation/Velocity Strain)

3-1e: Nonlinear Finite Elements in 3-D (Continuum Kinematics - Rate of Deformation/Velocity Strain)

2-8c: Nonlinear Finite Elements in 1-D (Updated Lagrangian - Mesh Distortion)

2-8c: Nonlinear Finite Elements in 1-D (Updated Lagrangian - Mesh Distortion)

2-8b: Nonlinear Finite Elements in 1-D (Updated Lagrangian - Weak Form and FE Discretization)

2-8b: Nonlinear Finite Elements in 1-D (Updated Lagrangian - Weak Form and FE Discretization)

2-8a: Nonlinear Finite Elements in 1-D (Updated Lagrangian - Governing Equations)

2-8a: Nonlinear Finite Elements in 1-D (Updated Lagrangian - Governing Equations)

5.1: Phase Diagrams (Phase Diagram Basics)

5.1: Phase Diagrams (Phase Diagram Basics)

2-7: Nonlinear Finite Elements in 1-D (Solution Methods - Explicit Central Difference)

2-7: Nonlinear Finite Elements in 1-D (Solution Methods - Explicit Central Difference)

2-6: Nonlinear Finite Elements in 1-D (Element and Global Vectors and Matrices)

2-6: Nonlinear Finite Elements in 1-D (Element and Global Vectors and Matrices)

4.3: Diffusion (Influence of Temperature on Diffusion)

4.3: Diffusion (Influence of Temperature on Diffusion)

4-2e: Diffusion (Mathematics of Diffusion - Application of Fick's 2nd Law)

4-2e: Diffusion (Mathematics of Diffusion - Application of Fick's 2nd Law)

4 2d: Diffusion (Mathematics of Diffusion - Solution of Fick's 2nd Law)

4 2d: Diffusion (Mathematics of Diffusion - Solution of Fick's 2nd Law)

2-5f: Nonlinear Finite Elements in 1-D (Total Lagrangian Formulation - FE Discretization)

2-5f: Nonlinear Finite Elements in 1-D (Total Lagrangian Formulation - FE Discretization)

2-5e: Nonlinear Finite Elements in 1-D (Total Lagrangian Formulation - Weak Form)

2-5e: Nonlinear Finite Elements in 1-D (Total Lagrangian Formulation - Weak Form)

4.2c: Diffusion (Mathematics of Diffusion - Fick's 2nd Law)

4.2c: Diffusion (Mathematics of Diffusion - Fick's 2nd Law)

4.2: Diffusion (Mathematics of Diffusion - Fick's 1st Law)

4.2: Diffusion (Mathematics of Diffusion - Fick's 1st Law)

4.1: Diffusion (Diffusion Mechanisms)

4.1: Diffusion (Diffusion Mechanisms)

3.3: Defects in Crystals: Planar Defects

3.3: Defects in Crystals: Planar Defects

2-5d: Nonlinear Finite Elements in 1-D (Total Lagrangian Formulation - Boundary & Initial Cond.)

2-5d: Nonlinear Finite Elements in 1-D (Total Lagrangian Formulation - Boundary & Initial Cond.)

2-5c: Nonlinear Finite Elements in 1-D (Total Lagrangian Formulation - Constitutive Law)

2-5c: Nonlinear Finite Elements in 1-D (Total Lagrangian Formulation - Constitutive Law)

2-5b: Nonlinear Finite Elements in 1-D (Total Lagrangian Formulation - Conservation Equations)

2-5b: Nonlinear Finite Elements in 1-D (Total Lagrangian Formulation - Conservation Equations)

2-5a: Nonlinear Finite Elements in 1-D (Total Lagrangian Formulation - Problem Setup)

2-5a: Nonlinear Finite Elements in 1-D (Total Lagrangian Formulation - Problem Setup)

2-4: Nonlinear Finite Elements in 1-D (Total Lagrangian vs. Updated Lagrangian)

2-4: Nonlinear Finite Elements in 1-D (Total Lagrangian vs. Updated Lagrangian)

3.2c: Defects in Crystals (Dislocations - Part III)

3.2c: Defects in Crystals (Dislocations - Part III)

3.2b: Crystal Defects (Dislocations - Part II)

3.2b: Crystal Defects (Dislocations - Part II)

3.2a: Defects in Crystals (Dislocations - Part I)

3.2a: Defects in Crystals (Dislocations - Part I)

2-3: Nonlinear Finite Elements in 1-D (Lagrangian vs. Eulerian Meshes)

2-3: Nonlinear Finite Elements in 1-D (Lagrangian vs. Eulerian Meshes)

3.1b: Crystal Defects (Point Defects - Part II)

3.1b: Crystal Defects (Point Defects - Part II)

2-2: Nonlinear Finite Elements in 1-D (Newton's Method for Systems of Equations)

2-2: Nonlinear Finite Elements in 1-D (Newton's Method for Systems of Equations)

3.1a: Crystal Defects (Point Defects - Part I)

3.1a: Crystal Defects (Point Defects - Part I)

2-1: Nonlinear Finite Elements in 1-D (Newton's Method in 1-D)

2-1: Nonlinear Finite Elements in 1-D (Newton's Method in 1-D)

3.0: Crystal Defects (Overview)

3.0: Crystal Defects (Overview)

2-0: Nonlinear Finite Elements in 1-D (Overview)

2-0: Nonlinear Finite Elements in 1-D (Overview)

$2-4: Crystallography (X-Ray Diffraction)$

2-4: Crystallography (X-Ray Diffraction)

1-8: Linear Finite Element Analysis (Computing Stresses and Strains)

1-8: Linear Finite Element Analysis (Computing Stresses and Strains)

2.3: Crystallography (Single Crystal vs. Polycrystalline)

2.3: Crystallography (Single Crystal vs. Polycrystalline)

1-7: Linear Finite Element Analysis (Applying Boundary Conditions)

1-7: Linear Finite Element Analysis (Applying Boundary Conditions)

2.2c: Crystallography (Crystallographic Planes)

2.2c: Crystallography (Crystallographic Planes)

1-6: Linear Finite Element Analysis (Assembly of Global Stiffness Equations)

1-6: Linear Finite Element Analysis (Assembly of Global Stiffness Equations)

2.2b: Crystallography (Crystallographic Directions)

2.2b: Crystallography (Crystallographic Directions)

2.2a: Crystallography (Crystallographic Points)

2.2a: Crystallography (Crystallographic Points)

1-5b: Linear Finite Element Analysis (Mapping Integrals - Part II)

1-5b: Linear Finite Element Analysis (Mapping Integrals - Part II)

2.1b: Crystallography (Metallic Crystal Structures - Body-Centered Cubic and Hexagonal Close-Packed)

2.1b: Crystallography (Metallic Crystal Structures - Body-Centered Cubic and Hexagonal Close-Packed)

1-5a: Linear Finite Element Analysis (Mapping Integrals - Part I)

1-5a: Linear Finite Element Analysis (Mapping Integrals - Part I)

2.1a: Crystallography (Metallic Crystal Structures - Face-Centered Cubic Structures)

2.1a: Crystallography (Metallic Crystal Structures - Face-Centered Cubic Structures)

1-4b: Linear Finite Element Analysis (Matrix Equations of Motion - Part II)

1-4b: Linear Finite Element Analysis (Matrix Equations of Motion - Part II)

2.0: Crystallography (Introduction)

2.0: Crystallography (Introduction)

1-4a: Linear Finite Element Analysis (Matrix Equations of Motion - Part I)

1-4a: Linear Finite Element Analysis (Matrix Equations of Motion - Part I)

1-3: Linear Finite Element Analysis (Interpolation Functions)

1-3: Linear Finite Element Analysis (Interpolation Functions)

1-2: Linear Elastic Finite Element Analysis (Galerkin Method)

1-2: Linear Elastic Finite Element Analysis (Galerkin Method)

1.2: Atomic Bonding (Types of Bonds)

1.2: Atomic Bonding (Types of Bonds)

Atomic Bonding (Bond Forces and Energies - Part II)

Atomic Bonding (Bond Forces and Energies - Part II)

Atomic Bonding (Bond Forces and Energies - Part I)

Atomic Bonding (Bond Forces and Energies - Part I)

0: Introduction to Materials Science

0: Introduction to Materials Science

1-1: Linear Elastic Finite Element Analysis (Weak Form of Governing Differential Equation)

1-1: Linear Elastic Finite Element Analysis (Weak Form of Governing Differential Equation)

Linear Elastic Finite Element Analysis (Overview)

Linear Elastic Finite Element Analysis (Overview)

3-10: Energy Dissipation in Viscoelastic Materials

3-10: Energy Dissipation in Viscoelastic Materials

3-9c: Oscillatory Loading (Relationships between Complex Quantities)

3-9c: Oscillatory Loading (Relationships between Complex Quantities)

3-9b: Oscillatory Loading (Loss Tangent)

3-9b: Oscillatory Loading (Loss Tangent)

3-9a: Oscillatory Loading (Storage and Loss Moduli)

3-9a: Oscillatory Loading (Storage and Loss Moduli)

3-8: Time-Temperature Superposition

3-8: Time-Temperature Superposition

3-7: Viscoelasticity in Three Dimensions

3-7: Viscoelasticity in Three Dimensions

3-6b: Correspondence Principle (Beam Example)

3-6b: Correspondence Principle (Beam Example)

3-6a: Correspondence Principle

3-6a: Correspondence Principle

3-5c: Hereditary Integrals (Alternate Forms)

3-5c: Hereditary Integrals (Alternate Forms)

3-5b: Hereditary Integrals (Relaxation Modulus)

3-5b: Hereditary Integrals (Relaxation Modulus)

3-5a: Hereditary Integrals (Creep Compliance)

3-5a: Hereditary Integrals (Creep Compliance)

3-4e: Generalized Viscoelastic Models (Creep Compliance - Part II)

3-4e: Generalized Viscoelastic Models (Creep Compliance - Part II)

3-4d: Generalized Viscoelastic Models (Creep Compliance - Part I)

3-4d: Generalized Viscoelastic Models (Creep Compliance - Part I)

3-4c: Generalized Viscoelastic Models (Generalized Kelvin-Voight Model)

3-4c: Generalized Viscoelastic Models (Generalized Kelvin-Voight Model)

3-4b: Generalized Viscoelastic Models (Generalized Maxwell Model - Part II)

3-4b: Generalized Viscoelastic Models (Generalized Maxwell Model - Part II)

3-4a: Generalized Viscoelastic Models (Generalized Maxwell Model - Part I)

3-4a: Generalized Viscoelastic Models (Generalized Maxwell Model - Part I)

3-3b: Laplace Transform (Creep Compliance Example)

3-3b: Laplace Transform (Creep Compliance Example)

3-3a: Laplace Transform (Overview)

3-3a: Laplace Transform (Overview)

3-2c: Simple Viscoelastic Models (Relaxation Modulus)

3-2c: Simple Viscoelastic Models (Relaxation Modulus)

3-2b: Simple Viscoelastic Models (Creep Compliance)

3-2b: Simple Viscoelastic Models (Creep Compliance)

3-2a: Simple Viscoelastic Models (Maxwell and Kelvin-Voight Materials)

3-2a: Simple Viscoelastic Models (Maxwell and Kelvin-Voight Materials)

3-1b: Viscoelasticity Introduction (Physical Mechanisms)

3-1b: Viscoelasticity Introduction (Physical Mechanisms)

3-1a: Viscoelasticity Introduction (Basics)

3-1a: Viscoelasticity Introduction (Basics)

2-10: Combined Isotropic and Kinematic Hardening

2-10: Combined Isotropic and Kinematic Hardening

2-9: Path Dependence of Plastic Strains

2-9: Path Dependence of Plastic Strains

2-8b: 3D Incremental Plasticity (Scalar Hardening Function)

2-8b: 3D Incremental Plasticity (Scalar Hardening Function)

2-8a: 3D Incremental Plasticity (von Mises with Isotropic Hardening)

2-8a: 3D Incremental Plasticity (von Mises with Isotropic Hardening)

2-7: Subsequent Yield Surfaces

2-7: Subsequent Yield Surfaces

2-6d: Initial Yield Surfaces (Yield Criteria with Hydrostatic Effects)

2-6d: Initial Yield Surfaces (Yield Criteria with Hydrostatic Effects)

2-6c: Initial Yield Surfaces (Tresca Yield Criterion)

2-6c: Initial Yield Surfaces (Tresca Yield Criterion)

2-6b: Initial Yield Surfaces (von Mises Yield Criterion)

2-6b: Initial Yield Surfaces (von Mises Yield Criterion)

2-6a: Initial Yield Surfaces (Octahedral Plane)

2-6a: Initial Yield Surfaces (Octahedral Plane)

2-5c: Properties of Yield Surfaces (Consequences of the Normality Rule)

2-5c: Properties of Yield Surfaces (Consequences of the Normality Rule)

2-5b: Properties of Yield Surfaces (Convexity of Surface and Normality of Plastic Strain Increment)

2-5b: Properties of Yield Surfaces (Convexity of Surface and Normality of Plastic Strain Increment)

2-5a: Properties of Yield Surfaces (Maximum Dissipation Postulate)

2-5a: Properties of Yield Surfaces (Maximum Dissipation Postulate)

2-4b: Uniqueness and Stability (Stress Cycle)

2-4b: Uniqueness and Stability (Stress Cycle)

2-4a: Uniqueness and Stability (Net Stress Work and Net Complementary Stress Work)

2-4a: Uniqueness and Stability (Net Stress Work and Net Complementary Stress Work)

2-3c: General (3-D) Framework for Plasticity (Flow Rule)

2-3c: General (3-D) Framework for Plasticity (Flow Rule)

2-3b: General (3-D) Framework for Plasticity (Consistency Condition)

2-3b: General (3-D) Framework for Plasticity (Consistency Condition)

2-3a: General (3-D) Framework for Plasticity (Yield Function)

2-3a: General (3-D) Framework for Plasticity (Yield Function)

2-2f: Plasticity in a 1-D Bar (Kinematic Hardening)

2-2f: Plasticity in a 1-D Bar (Kinematic Hardening)

2-2e: Plasticity in a 1-D Bar (Isotropic Hardening-Part II)

2-2e: Plasticity in a 1-D Bar (Isotropic Hardening-Part II)

2-2d: Plasticity in a 1-D Bar (Isotropic Hardening-Part I)

2-2d: Plasticity in a 1-D Bar (Isotropic Hardening-Part I)

2-2c: Plasticity in a 1-D Bar (Elastic-Perfectly Plastic)

2-2c: Plasticity in a 1-D Bar (Elastic-Perfectly Plastic)

2-2b: Plasticity in a 1-D Bar (Deformation Decomposition)

2-2b: Plasticity in a 1-D Bar (Deformation Decomposition)

2-2a: Plasticity in a 1-D Bar (Deformation Measures)

2-2a: Plasticity in a 1-D Bar (Deformation Measures)

2-1b: Plasticity Mechanisms (Plastic Deformation in Other Materials)

2-1b: Plasticity Mechanisms (Plastic Deformation in Other Materials)

2-1a: Plasticity Mechanisms (Plastic Deformation in Metals)

2-1a: Plasticity Mechanisms (Plastic Deformation in Metals)

1-6: Linking Linear Elastic Mechanics with Plasticity

1-6: Linking Linear Elastic Mechanics with Plasticity

1-5: Constitutive Law (Hooke's Law)

1-5: Constitutive Law (Hooke's Law)

1-4: Equations of Motion and Equlibrium

1-4: Equations of Motion and Equlibrium

Continuum Stresses (Hydrostatic and Deviatoric Stresses)

Continuum Stresses (Hydrostatic and Deviatoric Stresses)

Continuum Stresses (Stress Invariants)

Continuum Stresses (Stress Invariants)

Continuum Stresses (Principal Stresses)

Continuum Stresses (Principal Stresses)

Continuum Stresses (Cauchy Stress Formula)

Continuum Stresses (Cauchy Stress Formula)

1-2e: Continuum Kinematics (Shear Strain)

1-2e: Continuum Kinematics (Shear Strain)

1-2d: Continuum Kinematics (Displacement-Based Strain Formulation)

1-2d: Continuum Kinematics (Displacement-Based Strain Formulation)

1-2c: Continuum Kinematics (Meaning of the Lagrange Finite Strain Tensor)

1-2c: Continuum Kinematics (Meaning of the Lagrange Finite Strain Tensor)

1-2b: Continuum Kinematics (Lagrange Finite Strain Tensor)

1-2b: Continuum Kinematics (Lagrange Finite Strain Tensor)

1-2a: Continuum Kinematics (Reference Frames and Deformation)

1-2a: Continuum Kinematics (Reference Frames and Deformation)

Tensor Review (Coordinate Transformation)

Tensor Review (Coordinate Transformation)

Tensor Review (Definitions)

Tensor Review (Definitions)

Vector Notation and Conventions

Vector Notation and Conventions

10-5 Ceramics: Formation via Particulate Methods

10-5 Ceramics: Formation via Particulate Methods

10-4 Ceramics: Other Ceramic Types and Applications

10-4 Ceramics: Other Ceramic Types and Applications

10-3 Ceramics: Processing of Glasses

10-3 Ceramics: Processing of Glasses

10-2 Ceramics: Silicates and Carbon Ceramics

10-2 Ceramics: Silicates and Carbon Ceramics

10-1 Ceramics: Crystal Structure (Part 2 of 2)

10-1 Ceramics: Crystal Structure (Part 2 of 2)

10-1 Ceramics: Crystal Structure (Part 1 of 2)

10-1 Ceramics: Crystal Structure (Part 1 of 2)

09-5 Polymers: Synthesis and Processing

09-5 Polymers: Synthesis and Processing

09-4 Polymers: Crystallization, Melting, Glass Transition

09-4 Polymers: Crystallization, Melting, Glass Transition

09-3 Polymers: Mechanical Properties

09-3 Polymers: Mechanical Properties

09-2 Polymers: Characterization (Part 2 of 2)

09-2 Polymers: Characterization (Part 2 of 2)

09-2 Polymers: Characterization (Part 1 of 2)

09-2 Polymers: Characterization (Part 1 of 2)

12 gauge recoil test-0.1x (2020-04-17)

12 gauge recoil test-0.1x (2020-04-17)

.338 Win Mag. recoil test-0.01x (2020-04-17)

.338 Win Mag. recoil test-0.01x (2020-04-17)

338 Win. Mag. recoil test-0.1x (2020-04-17)

338 Win. Mag. recoil test-0.1x (2020-04-17)

.300 Win. Mag. recoil test 2-0.1x (2020 04 17)

.300 Win. Mag. recoil test 2-0.1x (2020 04 17)

.300 Win. Mag. recoil test-0.1x (2020-04-17)

.300 Win. Mag. recoil test-0.1x (2020-04-17)

09-1 Polymers: Introduction

09-1 Polymers: Introduction

08-3 Corrosion of Metals: Corrosion Rates, Prevention, and Oxides

08-3 Corrosion of Metals: Corrosion Rates, Prevention, and Oxides

08-2 Corrosion of Metals: Forms of Corrosion

08-2 Corrosion of Metals: Forms of Corrosion

08-1b Corrosion of Metals: Electrochemistry

08-1b Corrosion of Metals: Electrochemistry

08-1 Corrosion of Metals: Oxidation and Reduction Reactions

08-1 Corrosion of Metals: Oxidation and Reduction Reactions

7.3: Thermal Processing of Metals (Precipitation Hardening)

7.3: Thermal Processing of Metals (Precipitation Hardening)

7.2: Thermal Processing of Metals (Hardenability)

7.2: Thermal Processing of Metals (Hardenability)

7.1: Thermal Processing of Metals (Annealing Processes)

7.1: Thermal Processing of Metals (Annealing Processes)

6.2b: Iron-Carbon System (Isothermal Transformation - Part II)

6.2b: Iron-Carbon System (Isothermal Transformation - Part II)

6.2a: Iron Carbon System (Isothermal Transformation - Part I)

6.2a: Iron Carbon System (Isothermal Transformation - Part I)

6.1c: Kinetics of Phase Transformations (Transformation Rate)

6.1c: Kinetics of Phase Transformations (Transformation Rate)

6.1b: Kinetics of Phase Transformations (Nucleation Rate)

6.1b: Kinetics of Phase Transformations (Nucleation Rate)

6.1a: Kinetics of Phase Transformations (Intro to Nucleation)

6.1a: Kinetics of Phase Transformations (Intro to Nucleation)

5.5b: Phase Diagrams (Iron-Carbon System Equilibrium Microstructures)

5.5b: Phase Diagrams (Iron-Carbon System Equilibrium Microstructures)

5.5a: Phase Diagrams (Iron-Carbon System - Equilibrium)

5.5a: Phase Diagrams (Iron-Carbon System - Equilibrium)

Homework help - Reading phase diagrams on WileyPLUS

Homework help - Reading phase diagrams on WileyPLUS

5.4: Phase Diagrams (Other Binary Phase Transformations)

5.4: Phase Diagrams (Other Binary Phase Transformations)

5.3c: Phase Diagrams (Binary Eutectic Microstructures - Part II)

5.3c: Phase Diagrams (Binary Eutectic Microstructures - Part II)

5.3b: Phase Diagrams (Binary Eutectic Microstructures - Part I)

5.3b: Phase Diagrams (Binary Eutectic Microstructures - Part I)

5.3a: Phase Diagrams (Binary Eutectic Systems)

5.3a: Phase Diagrams (Binary Eutectic Systems)

5.2b: Phase Diagrams (Development of Microstructure in Isomorphous Alloys)

5.2b: Phase Diagrams (Development of Microstructure in Isomorphous Alloys)

5.2a: Phase Diagrams (Isomorphous Phase Diagrams)

5.2a: Phase Diagrams (Isomorphous Phase Diagrams)

Example: Steady-state diffusion (Application of Fick's 1st Law)

Example: Steady-state diffusion (Application of Fick's 1st Law)

2D Pattern Generation Using Turing Model

2D Pattern Generation Using Turing Model

Projectile deformation

Projectile deformation

UV Cure of Polymer Resin with SiC particulates

UV Cure of Polymer Resin with SiC particulates

UV cure of polymer resin with coal particulates

UV cure of polymer resin with coal particulates

Compression failure of neat epoxy

Compression failure of neat epoxy

Fertig Research Group: Tensile Failure of Carbon/Epoxy Composite at High Temperature

Fertig Research Group: Tensile Failure of Carbon/Epoxy Composite at High Temperature

Fertig Research Group: Tension of Porous Polymer

Fertig Research Group: Tension of Porous Polymer

Fertig Research Group: Compression of Porous Polymer

Fertig Research Group: Compression of Porous Polymer

Fertig Research Group: Stochastic Simulation of Transverse Compressive Failure

Fertig Research Group: Stochastic Simulation of Transverse Compressive Failure

Fertig Research Group: Transverse Compression Failure of Carbon/Epoxy Composite

Fertig Research Group: Transverse Compression Failure of Carbon/Epoxy Composite