MUK 202E - Strength of Materials II

Course Objectives

Theories of failure: maximum normal stress, Tresca, Von Mises, Transverse shear, shear flow in closed or unclosed thin walled sections.shear center, Elastic curve, slope and displacement by integration, method by initial values, method of superposition, Mohr method, shear effect on elastic curve, Normal force and bending moment, core region calculation, tension nonresistant materials. Torsion and bending, circular cross sections, rectangular cross sections. Energy methods: work of internal and external loading, Virtual workMinimum Work principle, Castigliano theoremsStatically indeterminate systemsBuckling of columns

Course Description

Theories of failure: maximum normal stress, Tresca, Von Mises, Transverse shear, shear flow in closed or unclosed thin walled sections.shear center, Elastic curve, slope and displacement by integration, method by initial values, method of superposition, Mohr method, shear effect on elastic curve, Normal force and bending moment, core region calculation, tension nonresistant materials. Torsion and bending, circular cross sections, rectangular cross sections. Energy methods: work of internal and external loading, Virtual workMinimum Work principle, Castigliano theoremsStatically indeterminate systemsBuckling of columns