Syllabus

Analysis of stress, analysis of strain, material properties, and stress-strain relationships, theories of failure, Metallurgical fundamentals: plastic deformation of single crystals, dislocation theory, strengthening mechanisms, fracture, Materials Testing: tensile test, hardness test, fracture mechanics, fatigue and creep, Fundamentals of metal working: forging, rolling, extrusion, drawing.

To understand the concepts of linear elasticity.

To know plastic stress-strain relationships.

Knowledge of metallurgical fundamentals, material testing methods, and metal working processes.

1. To know the elastic-plastic stress-strain relationship, and state of stress.
2. To solve problems related to elasticity and prediction of yielding in metals.
3. To design materials based on the theories of yielding (yield criterion).
4. To understand the deformation behavior and deformation mechanism in metals.
5. To know the different loading methods and the mechanical properties evaluated.
6. To develop materials with good strength and ductility.

Dieter GE, Mechanical Metallurgy, USA. New York: McGraw-Hill, , SBN-0-07-084187-X

Riley, W. F., & Zachary, L. W, Introduction to mechanics of materials, John Wiley & Sons. , ISBN-10 : ? 0471849332

Shetty M.N, Materials Science and Engineering, PHI Learning , ISBN: 9788120351097, 9788120351097

Callister Jr, W. D., & Rethwisch, D. G, Materials science and engineering: an introduction, John wiley & sons. , ISBN-13: 9781119321590