COURSE CONTENT AND LECTUREWISE COVERAGE

LectureNo.	Topics likely to be covered
1	Nature of Plastic deformation – hot /cold working, constituitive equations Stress, strain, strain rate and temperature
2.	Metallurgical phenomena in plastic deformation
3	Evaluation of tensile properties
4.	Equations of equilibrium, Stress and Strain Tensors, invariants
5	Strain tensor, compatibility equations
6	Equilibrium and virtual work
7.	Problem solving session
8.	Quiz 1
9.	Yielding : different isotropic and anisotropic yield criteria
10	Yielding : different isotropic and anisotropic yield criteria
11.	Plastic potential, associated flow rule, Stress strain relations in plasticity – Normality, Drucker’s postulate
12.	Levy-Mises and Prandtl-Reuss Equations
13.	Problem solving session
14	Work hardening and yield criteria - Isotropic and Kinematic hardening, stress path, strain path
15	Upper bound Analysis
16	Construction of hodographs
17	Examples in upper bound analysis
18	Problem solving session
19	Quiz 2
20	Lower bound analysis
21	Examples in lower bound analysis
22	Slip Line Field Analysis in plane strain
23.	Construction of slip line fields
24.	Examples of slip line field analysis
25	Analysis of a forming process
26	Instability in metal forming
27	Instability in metal forming
28	Redundant work
29	Problem solving session
30	Quiz 3
31	Machining as a high strain rate forming process
32	Analytical solutions in machining (Force and velocity)
33	Analytical solutions in machining (Force and velocity)
34	Tool wear and tool life
35	Tool wear and tool life
36	Temperature in metal cutting
37	Problem solving session
38	Quiz 4
39	Multiple point cutting : chip formation
40	Temperature in multiple point cutting
41	Non-conventional metal removal
42	High speed machining