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Engineering
Mechanical Engineering
Continuum Mechanics
1. Introduction to Continuum Mechanics
2. Mathematical Foundations
3. Kinematics of Deformation
4. Stress Analysis
5. Balance Laws and Field Equations
6. Constitutive Relations
7. Linear Elasticity
8. Fluid Mechanics Applications
9. Wave Propagation
10. Advanced Topics
10.
Advanced Topics
10.1.
Finite Deformation Theory
10.1.1.
Nonlinear Kinematics
10.1.2.
Objective Stress Rates
10.1.3.
Hyperelastic Materials
10.1.4.
Finite Element Implementation
10.2.
Thermomechanics
10.2.1.
Coupled Field Problems
10.2.2.
Thermal Stress Analysis
10.2.3.
Phase Transitions
10.3.
Multiphase Materials
10.3.1.
Mixture Theory
10.3.2.
Homogenization
10.3.3.
Composite Materials
10.4.
Fracture Mechanics
10.4.1.
Linear Elastic Fracture Mechanics
10.4.2.
Stress Intensity Factors
10.4.3.
Energy Release Rate
10.4.4.
Cohesive Zone Models
10.5.
Contact Mechanics
10.5.1.
Hertzian Contact
10.5.2.
Friction and Adhesion
10.5.3.
Wear Mechanisms
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9. Wave Propagation
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1. Introduction to Continuum Mechanics