University Mechanical Engineering

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

2.1 Calculus for engineering 2.2 Linear algebra 2.3 Differential equations 2.4 Numerical methods 2.5 Vector calculus 2.6 Probability and uncertainty

3.1 Particle kinematics 3.2 Particle kinetics (Newton) 3.3 Work and energy 3.4 Impulse and momentum 3.5 Rigid-body kinematics 3.6 Rigid-body kinetics

4.1 Structure and bonding 4.2 Stress-strain and elastic behaviour 4.3 Metals and alloys 4.4 Polymers, ceramics and composites 4.5 Processing and property links 4.6 Failure and material selection

5.1 Properties and state 5.2 First law for closed systems 5.3 First law for open systems 5.4 Second law and entropy 5.5 Power cycles 5.6 Refrigeration and heat pumps

6.1 Axial loading 6.2 Torsion 6.3 Shear and bending 6.4 Beam stresses and deflection 6.5 Combined stress and Mohr's circle 6.6 Buckling and failure criteria