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TUTORIAL 1 - BASIC CONCEPTS ENERGY FORMS GAS LAWS SPECIFIC HEATS PROPERTIES OF LIQUIDS AND VAPOURS

TUTORIAL 2 - FINDING PROPERTIES of LIQUIDS and VAPOURS WATER, EVAPORATION, WET, DRY and SUPERHEATED STEAM THE USE OF THERMODYNAMIC TABLES SATURATION CURVE

TUTORIAL 3 - THERMODYNAMIC SYSTEMS THE FIRST LAW OF THERMODYNAMICS HEAT AND WORK TRANSFER CLOSED AND OPEN SYSTEMS NON FLOW AND STEADY FLOW ENERGY EQUATIONS

TUTORIAL 4 - POLYTROPIC PROCESSES CNSTANT VOLUME, PRESSURE AND TEMPERATURE ADIABATIC PROCESS SPECIFIC HEATS AND GAS CONSTANT VAPOUR PROCESSES WORK LAWS FOR CLOSED SYSTEMS

TUTORIAL 5 - HEAT ENGINE THEORY and SECOND LAW OF THERMODYNAMICS THE SECOND LAW OF THERMODYNAMICS REVERSIBILITY THE CARNOT CYCLE THE CARNOT PRINCIPLE DEFINITION OF ENTROPY ENTROPY CHANGES FOR A PERFECT GAS ISENTROPIC EXPANSION OF STEAM ENTROPY DIAGRAMS FOR STEAM ISENTROPIC EFFICIENCY

TUTORIAL 6 - RECIPROCATING INTERNAL COMBUSTION ENGINES COMPRESSION IGNITION ENGINES SPARK IGNITION ENGINES ENGINE PERFORMANCE TESTING TURBO and SUPER CHARGERS 4 STROKE AND 2 STROKE PRESSURE - VOLUME DIAGRAMS FUEL POER, BRAKE POWER and INDICATED POWER BRAKE, INDICATED THERMAL and MECHANICAL EFFICIENCY

TUTORIAL 7 - IDEAL ENGINE CYCLES HOT AIR CYCLES - STIRLING CYCLE THE CARNOT CYCLE SPARK IGNITION - THE OTTO CYCLE COMPR'N IGNITION - THE DUAL COMBUSTION CYCLE COMPRESSION IGNITION - THE DIESEL CYCLE GAS TURBINES - THE JOULE CYCLE

TUTORIAL 8 - RECIPROCATING COMPRESSORS/EXPANDERS Types of compressors Atmospheric Air Free Air Delivery Compressor Layout Theoretical Cycle - Reciprocating Compressor Isothermal Efficiency Volumetric Efficiency Indicated Power Multiple Stage Compression Cooling Systems Polytropic Efficiency

MODEL ASSIGNMENTS ASSIGNMENT 1 OUTCOME 1 ASSIGNMENT 2 OUTCOME 1 ASSIGNMENT 1 OUTCOME 2 ASSIGNMENT 1 OUTCOME 3 ASSIGNMENT 1 OUTCOME 4 ASSESSMENT SCHEME