Kinematics: ReJative velocity and acceleration diagrams. Epicyclic

gear trains. Gyroscopes.

Balancing: Rotary and reciprocating balancing, direct and reverse cranks.

Mechanical Vibrations: Free, viscous damped and forced vibrations,

whirling of shafts.

Automatic Control: Governors, gravity and spring types. Modes of control,

system response.

Momentum of Fluids-fixed and moving jets, general momentum theorem.

Flow in Closed Conduits-Reynold's experiments. Friction factor and

other losses.

Dimensional Analysis and Similarity. Boundary Layer Theory. Separation,

form and profile drag. Wing theory. Compressible Flow. Rotodynarnic

Machinery: Pumps, fans, turbines, fluid couplings and torque converters.

Lubrication and bearings.

Statistics: Frequency distribution. Distribution of means, confidence levels

and tests for significance. Probability theory.

Operational Research: Origins and history of. General principles and

techniques as applied to mancgement; mathematical programming;

queuing theory; Monte Carlo and simulation; network analysis, etc.