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Engineering
Materials Engineering
Mechanical Behavior of Materials
1. Introduction to Mechanical Behavior
2. Elastic Behavior
3. Plastic Deformation
4. Dislocation Theory and Strengthening Mechanisms
5. Fracture Mechanics
6. Fatigue of Materials
7. Creep and High-Temperature Deformation
8. Mechanical Testing and Characterization
9. Mechanical Behavior of Specific Material Classes
Fracture Mechanics
Fundamentals of Fracture
Ductile Fracture
Microvoid Nucleation
Microvoid Growth
Fracture Surface Features
Brittle Fracture
Cleavage Planes
Fracture Surface Features
Theoretical Cohesive Strength
Ideal Strength Calculations
Griffith Theory of Brittle Fracture
Energy Balance Approach
Critical Crack Length
Energy Release Rate
Linear Elastic Fracture Mechanics
Stress Concentration at Notches
Stress Concentration Factor
Stress Intensity Factor
Mode I Loading
Mode II Loading
Mode III Loading
Calculation Methods
Fracture Toughness
Measurement Techniques
Material Dependence
Crack Tip Plasticity
Plastic Zone Size
Small-Scale Yielding
Elastic-Plastic Fracture Mechanics
Limitations of LEFM
Crack Tip Opening Displacement
Measurement
Significance
J-Integral
Path Independence
Application to Nonlinear Materials
Micro-mechanisms of Fracture
Cleavage
Atomic Separation
Microvoid Coalescence
Ductile Fracture Process
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4. Dislocation Theory and Strengthening Mechanisms
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6. Fatigue of Materials