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University Mechanical Engineering

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1 Engineering Mechanics — Statics 0 / 8

1.1 Vectors and forces 1.2 Free-body diagrams 1.3 Particle equilibrium 1.4 Moments and couples 1.5 Rigid-body equilibrium and supports 1.6 Structures — trusses and frames 1.7 Friction 1.8 Centroids and distributed loads

2 Mathematical Methods for ME

2.1 Calculus for engineering Coming soon

2.2 Linear algebra Coming soon

2.3 Differential equations Coming soon

2.4 Numerical methods Coming soon

2.5 Vector calculus Coming soon

2.6 Probability and uncertainty Coming soon

3 Engineering Mechanics — Dynamics

3.1 Particle kinematics Coming soon

3.2 Particle kinetics (Newton) Coming soon

3.3 Work and energy Coming soon

3.4 Impulse and momentum Coming soon

3.5 Rigid-body kinematics Coming soon

3.6 Rigid-body kinetics Coming soon

4 Engineering Materials

4.1 Structure and bonding Coming soon

4.2 Stress-strain and elastic behaviour Coming soon

4.3 Metals and alloys Coming soon

4.4 Polymers, ceramics and composites Coming soon

4.5 Processing and property links Coming soon

4.6 Failure and material selection Coming soon

5 Thermodynamics

5.1 Properties and state Coming soon

5.2 First law for closed systems Coming soon

5.3 First law for open systems Coming soon

5.4 Second law and entropy Coming soon

5.5 Power cycles Coming soon

5.6 Refrigeration and heat pumps Coming soon

6 Mechanics of Materials

6.1 Axial loading Coming soon

6.2 Torsion Coming soon

6.3 Shear and bending Coming soon

6.4 Beam stresses and deflection Coming soon

6.5 Combined stress and Mohr's circle Coming soon

6.6 Buckling and failure criteria Coming soon

7 Fluid Mechanics

7.1 Fluid properties and statics Coming soon

7.2 Conservation and control volumes Coming soon

7.3 Bernoulli and flow measurement Coming soon

7.4 Dimensional analysis Coming soon

7.5 Pipe flow and losses Coming soon

7.6 External flow Coming soon

8 Manufacturing Processes

8.1 Engineering drawings and tolerances Coming soon

8.2 Casting and forming Coming soon

8.3 Machining Coming soon

8.4 Joining Coming soon

8.5 Additive manufacturing Coming soon

8.6 Process planning and quality Coming soon

9 Machine Design

9.1 Design communication and CAD Coming soon

9.2 Load paths and design safety Coming soon

9.3 Static and fatigue criteria Coming soon

9.4 Shafts and bearings Coming soon

9.5 Joints and gears Coming soon

9.6 Constrained design project Coming soon

10 Heat Transfer

10.1 Conduction Coming soon

10.2 Transient conduction Coming soon

10.3 Convection Coming soon

10.4 Radiation Coming soon

10.5 Heat exchangers Coming soon

10.6 Thermal design Coming soon

11 Theory of Machines and Vibrations

11.1 Mechanisms and kinematic pairs Coming soon

11.2 Velocity and acceleration analysis Coming soon

11.3 Balancing Coming soon

11.4 Free vibration Coming soon

11.5 Forced vibration Coming soon

11.6 Multi-degree-of-freedom systems Coming soon

12 System Dynamics and Control

12.1 Lumped-parameter modelling Coming soon

12.2 Electromechanical systems Coming soon

12.3 Transfer functions and response Coming soon

12.4 Feedback and PID control Coming soon

12.5 Digital implementation Coming soon

12.6 Sensors and actuators Coming soon

12.7 Mechatronics project Coming soon