This is a preparatory course for students to write the Transport Canada Applied Mechanics 1 examination paper towards their Transport Canada 1st Class “Motor” Certificate of Competency. All topics covered in this course are listed in TP 2293E under 26.4 – APPLIED MECHANICS (EXAMINATION CODE: 1APM), and these are: Statics; Forces; Friction; Kinematics; Dynamics; Machines; Stress and strain; Beams; Struts; Torsion; Thin shells; Hydrostatics and hydraulics.
- 2nd Class Engineering Certificate (steam and/or motor).
- Not offered this term
- This course is not offered this term. Please check back next term or subscribe to receive notifications of future course offerings and other opportunities to learn more about this course and related programs.
At the end of this course, the student will be able to perform calculations to determine:
- Determine the resultant and equilibrant of a system of concurrent coplanar forces.
- Determine the centre of gravity of common geometrical shapes.
- Calculate work done at uniform speed up the plane.
- Determine coefficient of friction, friction angle, energy, and power loss due to friction in simple bearings.
- Solve problems of linear motion.
- Solve problems of angular motion.
- Solve work, power, and energy problems.
- Determine the power transmitted in belts and gears.
- Calculate stress in thin rim due to centrifugal action.
- Calculate mechanical advantage and efficiency of simple lifting machines.
- Calculate stress, strain, and working stress, and ultimate tensile strength, factor of safety, and modulus of elasticity of a steel specimen.
- Draw the shearing force and bending moment diagrams for cantilevers and simple supported beams with concentrated or uniformly-distributed loads.
- Calculate using strut formulae, the stresses in short columns due to eccentric loading.
- Calculate strength, stiffness, and stress due to torsion of solid and hollow shafts, also the power transmitted by shafts and coupling bolts.
- Calculate circumferential and longitudinal stresses in thin cylindrical shells subject to internal pressure.
- Determine the change in fluid pressure with depth, and calculate the total force due to liquid pressure on immersed plane surfaces, both horizontal and vertical.
- Determine the flow through pipes and orifices under constant head, and calculate the effect on flow through pipes and fittings due to friction.
- Draw inlet and outlet velocity diagrams of centrifugal pumps.
Effective as of Winter 2016
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