UNIT 1:
Rigid bodies and deformable bodies
Strength, stiffness and stability
Rigid bodies and deformable bodies
Axial deformation of prismatic bar
Determinate and indeterminate bars – Poisson‘s ratio
Stepped bar – Tapered bar
Elastic constants and their relationships – Factor of safety
Strength, stiffness and stability
Normal stress and normal strain- Shear stress and shear strain
UNIT 2:
Types of beams, loads and reactions
Simply supported and Overhanging beams
Relationship among loads, shear forces and bending moments
UNIT 3:
Deflection of determinate beams: Cantilever, Simply supported
Double integration method
Differential equations of the deflection curve
UNIT 4:
Torsional deformations of a circular shaft
Transmission of power by circular shafts
Application to close-coiled helical springs
UNIT 5:
Mohr‘s circle for plane stress
Mohr‘s circle for plane stress
Stresses in thin-walled pressure vessels
Stresses and deformations in thin cylindrical
