OUTCOME 1 - Be able to determine the effects of uniaxial and complex loading engineering components.

STRESS AND STRAIN Revise direct stress and strain Poisson's Ratio 2 Dimensional Stress and Strain 3 Dimensional Stress and Strain

OUTCOME 2 - Be able to determine the stress due to bending in beams and torsion in power transmission shafts.

OUTCOME 3 - Be able to determine relative and resultant velocity in engineering systems.

KINEMATICS Crank, Con Rod and Piston Scotch Yoke Whitworth Quick return mech. 4 Bar Chain Velocity vector Diagrams Absolute and Relative Velocity

OUTCOME 4 - Be able to determine the characteristics of simple harmonic motion in engineering systems

SIMPLE HARMONIC MOTION Define SHM with a Scotch Yoke Displacement, velocity and acceleration Free Vibrations and SHM Mass Spring Oscillation Simple Pendulum Frequency and Periodic Time

MODEL ASSIGNMENTS - Tutors note a Mathcad solution is available on request.

MODEL ASSIGNMENTS Assignment 1 - Covers outcomes 1and 2 Assignment 2 - Covers outcome 3 Assignment 3 - Covers outcome 4

SOLUTIONS TO ALL SELF ASSESSMENT EXERCISE SAE OUTCOME 1 SAE UTCOME 2 TUTORIAL 1 SAE OUTCOME 2 TUTORIAL 2 SAE OUTCOME 2 TUTORIAL 3 SAE OUTCOME 3 SAE OUTCOME 4