Solid Mechanics I

This course aims to analyse the deformation of structures loaded axially, in torsion and in bending. Combinations of these loading types will be explored with regard to stress and stress transformations. Deformation will be calculated in statically determinate and indeterminate situations. The method of solving statically indeterminate problems will include using the geometry of deformation in conjunction with static equilibrium and superposition. Strain energy, using Conservation of Energy and the Principle of Virtual Work, will be used to calculate deformation. The buckling of columns will also be examined.

DP requirements: Class mark (Class Tests and Tutorial Tests) > 40%, writing all class and tutorial tests, completion of assignment by writing a reading memo which demonstrates the students? active engagement with the reading material given. The reading assignment is marked pass/fail.

Assessment: Two class tests of 90 minutes each - 30%; 10 tutorial tests of 20 minutes each - 10 %; examination 3 hours - 60%.

The University of Cape Town awards credits based on the National Qualifications Framework (NQF) to determine course and contact hour recommendations per course. 1 NQF credit represents roughly 10 notional hours of work which includes study time, assignments and examinations. Notional hours may very per courses depending on the course level and modality therefore, CEA recommends using NQF credits as a basis to determine U.S. equivalencies (1 NQF=.222 semester credits)