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Engineering Mechanics and Strength of Materials 10 Sections42 Lessons8 Weeks
Curriculum
- 10 Sections
- 42 Lessons
- 8 Weeks
Expand all sectionsCollapse all sections
- Week 1: Static Equilibrium and Force Systems5 Items
- 1.1Week 1 Day 1: Scalars, Vectors and Resultant Forces40 Minutes
- 1.2Week 1 Day 2: Moments, Couples and Free-Body Diagrams40 Minutes
- 1.3Week 1 Day 3: Equilibrium of Particles and Rigid Bodies40 Minutes
- 1.4Week 1 Day 4: Friction and Its Role in Machines and Structures40 Minutes
- 1.5Week 1 Day 5: Week 1 Quiz — Static Equilibrium25 Minutes
- Week 2: Trusses, Frames and Machines5 Items
- 2.1Week 2 Day 1: Method of Joints for Truss Analysis40 Minutes
- 2.2Week 2 Day 2: Method of Sections and Zero-Force Members40 Minutes
- 2.3Week 2 Day 3: Frames and Machine Analysis40 Minutes
- 2.4Week 2 Day 4: Practical — Build and Load-Test a Simple Truss60 Minutes
- 2.5Week 2 Day 5: Week 2 Quiz — Trusses and Frames25 Minutes
- Week 3: Shear Force and Bending Moment in Beams5 Items
- Week 4: Simple Stress, Strain and Material Behaviour5 Items
- 4.1Week 4 Day 1: Direct Stress and Strain — Tensile and Compressive40 Minutes
- 4.2Week 4 Day 2: Hooke’s Law, Young’s Modulus and Poisson’s Ratio40 Minutes
- 4.3Week 4 Day 3: Stress–Strain Diagrams and Factor of Safety40 Minutes
- 4.4Week 4 Day 4: Thermal Stress and Composite Sections40 Minutes
- 4.5Week 4 Day 5: Week 4 Quiz — Stress and Strain25 Minutes
- End of Month 1 Test1 Item
- Week 5: Bending Stress and Beam Design5 Items
- 6.1Week 5 Day 1: Theory of Simple Bending and the Bending Equation40 Minutes
- 6.2Week 5 Day 2: Section Modulus and Beam Section Selection40 Minutes
- 6.3Week 5 Day 3: Shear Stress in Beams40 Minutes
- 6.4Week 5 Day 4: Beam Deflection and Serviceability40 Minutes
- 6.5Week 5 Day 5: Week 5 Quiz — Bending and Beam Design25 Minutes
- Week 6: Torsion, Shafts and Columns5 Items
- 7.1Week 6 Day 1: Torsion of Circular Shafts and the Torsion Equation40 Minutes
- 7.2Week 6 Day 2: Power Transmission by Shafts40 Minutes
- 7.3Week 6 Day 3: Columns and Struts — Euler Buckling40 Minutes
- 7.4Week 6 Day 4: Combined Stresses and Simple Failure Theories40 Minutes
- 7.5Week 6 Day 5: Week 6 Quiz — Torsion and Columns25 Minutes
- Week 7: Dynamic Mechanics and Machine Foundations5 Items
- 8.1Week 7 Day 1: Kinematics of Particles and Rigid Bodies40 Minutes
- 8.2Week 7 Day 2: Kinetics — Newton’s Second Law and Work–Energy40 Minutes
- 8.3Week 7 Day 3: Balancing of Rotating Masses40 Minutes
- 8.4Week 7 Day 4: Vibration Fundamentals and Machine Isolation40 Minutes
- 8.5Week 7 Day 5: Week 7 Quiz — Dynamic Mechanics25 Minutes
- Week 8: Integrated Design and Safety Assessment5 Items
- 9.1Week 8 Day 1: Design of a Simple Machine Element Under Combined Loading40 Minutes
- 9.2Week 8 Day 2: Factor of Safety, Uncertainty and Appropriate Design Margins40 Minutes
- 9.3Week 8 Day 3: Structural and Machine Safety Inspections40 Minutes
- 9.4Week 8 Day 4: Integrated Mechanics Design Workshop60 Minutes
- 9.5Week 8 Day 5: Week 8 Quiz — Integrated Mechanics25 Minutes
- End of Month 2 Test1 Item
