| Abstract: |
Module 1 (1 hrs)
Introduction
Module 2 (10 hrs)
Stress and Strains in 3'D – Cauchy formula, Principal Stress, hydrostatic stress, deviatoric stress, stress transformations, Mohr circle, octahedral shear stress, strain energy densities, etc.
Module 3 (4 hrs)
Theories of failure
Module 4 ( 3 hrs)
Beam on elastic foundations
Module 5 (2 hrs)
Bending of curved beams – Crane Hooks & Chains
Module 6 (6hrs)
Torsion of Non'circular members, hollow members, thin walled sections; Membrane Analogy
Module 8 (5 hrs)
Columns '' Straight & initially curved columns, Rankine formula
Module 9 (3 hrs)
Energy Methods – Energy Theorems, Use of energy theories for calculating deflections, twists, solution to torsion (non'circular) problems
Module 10 (2 hrs)
Unsymmetrical bending, shear centre
Module 11 (4 hrs)
Introduction to Photoelasticity
TOTAL HOURS = 40
REQUIRE ONE R.A. FULL TIME
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Electronics & Communication Engineering
Advanced Strength of Materials
