(ENG)
4 points + 2 lectures per week plus tutorials and practical classes + Second semester, Clayton
Synopsis: Normal and shear stress. Mohr0s circle in two dimensions. Stress on a plane of arbitrary orientation. Invariants of stress and strain. Equations of equilibrium and compatibility. Hooke0s law. Superposition and St Venant0s principle. Von Mises and Tresca theories of yield. Heat transfer. Steady state conduction. Overall heat transfer coefficients. Non-steady state conduction: lumped systems, convection b.c.s, transient time. Finite difference methods. Convection. Radiation. Thermally induced residual stress. Casting and forging. Injection moulding of polymers. Hot rolling of steels.
Assessment: