A Course in Refrigeration and Air-Conditioning: Environmental Engineering

Part - 1: Refrigeration Principles of Thermodynamics Methods of Refrigeration Air Refrigeration Systems Simple Vapour Compression Refrigeration System Vapour Compression Refrigeration Systems with Multiple Evaporators and Compressors Absorption Refrigeration Systems Analysis of Absorption Refrigeration Systems Steam Jet Refrigeration Production of Low Temperature Non Conventional Refrigeration Systems Refrigerants Methods of Defrosting Refrigeration Equipments Electric Controls Introduction to Heat Transfer Part - 2: Air Conditioning Psychrometry Requirements of Comfort Air Conditioning Heating Systems Cooling Load Calculations and Design of Air Conditioning Systems Air Conditioning Systems Thermal Insulation for Air Conditioning Systems Fluid Flow, Duct Design and Air Distribution Systems Noise and Noise Control Air Conditioning Equipments Air Conditioning Control Systems Evaporating Cooling Systems Solar Heating and Cooling Heat Pumps Household Refrigerators, Water Coolers, Window Air Conditioners and Desert Coolers Installation, Charging, Testing and Maintenance of Refrigeration and Air Conditioning Systems Part - 3: Applications of Refrigeration and Air Conditioning Ice Manufacture Food Preservation Commercial Applications Industrial Applications Transport Air Conditioning Special Applications Commercial Establishments Introduction to Computer Programming and Applications in Heat Transfer, Refrigeration and Air Conditioning Appendix - A: Properties in MKS Units Appendix - B: Properties in SI Units Bibliography