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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
Fatigue of Materials
Cyclic Loading and Fatigue Failure
Nature of Cyclic Stresses
Crack Initiation
Crack Propagation
High-Cycle Fatigue
Elastic Deformation Regime
Low-Cycle Fatigue
Plastic Deformation Regime
The S-N Curve
Experimental Determination
Fatigue Limit
Materials with Endurance Limit
Materials without Endurance Limit
Fatigue Strength
Fatigue Life
Strain-Life Approach
Total Strain Amplitude
Coffin-Manson Relation
Low-Cycle Fatigue Prediction
Fatigue Crack Propagation
Crack Growth Stages
Paris Law
Region II Crack Growth
Threshold Stress Intensity
Crack Growth Threshold
Factors Affecting Fatigue Life
Mean Stress Effects
Goodman Diagram
Gerber Diagram
Soderberg Diagram
Surface Effects
Surface Finish
Residual Stresses
Environmental Effects
Corrosion Fatigue
Temperature Effects
Cumulative Damage and Life Prediction
Damage Accumulation Concepts
Palmgren-Miner Rule
Linear Damage Summation
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5. Fracture Mechanics
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7. Creep and High-Temperature Deformation