TUTORIAL 1 - LINEAR AND ANGULAR MOTION DISTANCE, VELOCITY, ACC'N AND TIME ANGLE, ANGULAR VELOCITY, ACC'N AND TIME

TUTORIAL 2 - IMPULSE and MOMENTUM Newton's Laws Conservation of Momentum Coefficient of Restitution Collisions Pile Drivers Angular Kinetic Energy

TUTORIAL 3 - CENTRIPETAL FORCE Centripetal and Centrifugal Acceleration Applications to Vehicles Cornering

TUTORIAL 4 - MOMENT OF INERTIA Radius of Gyration Newton's Laws for Angular Motion Inertia torque Angular Kinetic Energy Conversion of Energy in Angular Motion

TUTORIAL 5 - INERTIA and MECHANISMS Inertia and Acceleration in Mechanisms. The System Approach Work and Energy The Effect of Friction

TUTORIAL 6 - GYROSCOPE ANGULAR MOMENTUM GYROSCOPIC TORQUE PRECESSION

TUTORIAL 7 - KINMATICS Mechanisms Piston, Con. Rod and Crank Four Bar Chains Motion - velocity and Acceleration Mathematical Solution Graphical solutions Velocity and Acceleration Diagrams Inertia Forces Coriolis Acceleration Sliding Link mechanisms

TUTORIAL 8 - BALANCING BALANCING A SIMPLE DISC STATIC AND DYNAMIC BALANCE CO-PLANAR BALANCE BALANCING IN FOUR PLANES

TUTORIAL 9 - RECIPROCATING MACHINE BALANCE ACCELERATION OF A PISTON FIRST AND SECOND ORDER FORCES FIRST AND SECOND ORDER MOMENTS GRAPHICAL AND ANALYTICAL METHODS

TUTORIAL 10 - FREE UNDAMPED VIBRATIONS DEGREES OF FREEDOM SIMPLE HARMONIC MOTION SIMPLE PENDULUM MASS-SPRING SYSTEM TORSIONAL VIBRATIONS TRANSVERSE VIBRATIONS DUNKERLEY'S METHOD BOUYANT VIBRATIONS

TUTORIAL 11 - FREE DAMPED VIBRATIONS DASHPOTS DERIVATION OF EQUATIONS AMPLITUDE REDUCTION FACTOR EQUATIONS OF MOTION CRITICAL DAMPING LIGHT DAMPING DAMPING RATIO

TUTORIAL 12 - FORCED VIBRATIONS WHIRLING OF SHAFTS HARMONIC DISTURBING FORCE HARMONIC DISTURBANCE OF SUPPORT PHASORS ANALYSIS

TUTORIAL 13 - ADVANCED TORSIONAL VIBRATIONS Holzer's Method Multiple Moments of Inertia Noda Points

TUTORIAL 14 - 2 DEGREES OF FREEDOM Resonace and Amplitude Mass and Stiffness Matrices Eigen Values Developed Formuae