Mechanics of Materials

• • Centroid and second moment of area
  • Stress and strain
  • Mechanical properties of materials and elastic deformation of axially loaded members
  • Shear force and bending moment diagrams
  • Beam bending
  • Beam shear stresses
  • Beam deflection
  • Column buckling
  • Torsion
  • Combined loading
  • Stress transformation and principal stresses

You must either have successfully completed the following subject(s) before starting this subject, or currently be enrolled in the following subject(s) in a prior study period; or enrol in the following subject(s) to study prior to this subject:

one of

• USA-ENR119-Engineering Mechanics (No longer available)
• USA-ENR117 (Not currently available)

Please note that your enrolment in this subject is conditional on successful completion of these prerequisite subject(s). If you study the prerequisite subject(s) in the study period immediately prior to studying this subject, your result for the prerequisite subject(s) will not be finalised prior to the close of enrolment. In this situation, should you not complete your prerequisite subject(s) successfully you should not continue with your enrolment in this subject. If you are currently enrolled in the prerequisite subject(s) and believe you may not complete these all successfully, it is your responsibility to reschedule your study of this subject to give you time to re-attempt the prerequisite subject(s)

Additional requirements

• Equipment requirements - Audio headset with microphone are required to access weekly consultation and help desk facilities.
• Other requirements -

  Students are required to achieve at least 40% in the examination component (i.e. 22/55) to pass the course overall. Students will require administrator access to a Windows Operating System so as to install and run specialist software.

The subject aims to introduce mechanics of deformable bodies and some elements of structural analysis. The subject investigates stress and strain, structural actions for a range of typical structures, strength and serviceability concepts, as well as stress distribution in beams. An understanding of column types and failure modes and torsion will be gained.

• Examination (55%)
• Quiz (15%)
• Project (4 reports) (30%)