- Understand the concepts of true stress, true strain, strain hardening coefficient, and their relations to
strength and toughness of a material; analyze experimental data to evaluate the aforementioned
- Understand the concepts of creep, activation energy, and stress relaxation; use the concepts to predict
creep life under practical engineering situations.
- Analyze complex and principal states of stress and strain using Mohr’s circles, and apply the concepts
to evaluate laboratory data involving pressure vessels and strain gages.
- Use stress based and strain based approaches to fatigue of smooth and cracked structural members.
Understand the concept of stress concentration and its role in material failure.
- Understand the concepts of stress intensity and fracture toughness. Use fracture mechanics principles
to predict fracture behavior under plane stress and plane strain. Understand the “leak before break”
criterion. Acquire ability to apply fracture mechanics in mechanical design.
- techniques involved in measuring fatigue crack growth using electron microscopy and striation
spacing. Analyze fatigue life using Paris equation for incremental fatigue crack growth rate
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