OUTCOME 1 THERMODYNAMIC SYSTEMS

LIQUIDS, VAPOURS AND GASES BASIC THERMODYNAMIC TERMINOLOGY AND SYMBOLS ENERGY FORMS GAS LAWS SPECIFIC HEATS PROPERTIES OF LIQUIDS AND VAPOURS THE USE OF THERMODYNAMIC TABLES PROPERTY DIAGRAMS

THERMODYNAMIC PROCESSES THE FIRST LAW OF THERMODYNAMICS HEAT AND WORK TRANSFER CLOSED AND OPEN SYSTEMS NON FLOW AND STEADY FLOW ENERGY EQUATIONS POLYTROPIC EXPANSIONS AND COMPRESSIONS CONSTANT PRESSURE, TEMPERATURE AND VOLUME PROCESSES. ADIABATIC PROCESSES THE WORK LAWS FOR VARIOUS PROCESSES

OUTCOME 2   POWER TRANSMISSION SYSTEMS

PULLEY DRIVE SYSTEMS WHEEL AND BELT SPEEDS FRICTION ON CURVED SURFACES POWER TRANSMITED THE EFFECT OF CENTRIFUGAL FORCE THE MAXIMUM POWER TRANSMITTED

CLUTCHES CONICAL AND FLATPLATE CLUTCHES MULTIPLATE CLUTCHES CONSTANT PRESSURE THEORY CONSTANT WEAR THEORY

GEAR SYSTEMS SIMPLE,COMPOUND AND EPICYCLIC GEAR BOX RATIOS POWER TRANSMISSION HOLDING TORQUE

OUTCOME 3   STATIC AND DYNAMIC FLUID SYSTEMS