Engineering Thermodynamics and Heat Transfer

Part - 1: Engineering Thermodynamics Introduction Equation of State for Ideal (Perfect) Gases Mixtures of Ideal Gases Real Gases The First Law of Thermodynamics Heat Capacity of Cases Entropy Main Thermodynamics Processes in Ideal Gases The Second Law of Thermodynamics Differential Equations of Thermodynamics Water Vapour (Steam) Main Thermodynamic Process of Steam Fluid Flow Processes Throttling of Gases and Vapours Mixing of Gases Humid Air Compressors Cycles of Internal Combustion Engines Cycles of Gas Turbine Plants and Reaction Engines Vapour Power Cycles Cycles of Atomic Power Plants, Vapour Gas Plants and MHD Installations Refrigeration Cycles Part - 2: Heat Transfer Basic Concepts of Conduction Steady State Conduction under Boundary Conditions of the First Kind Steady State Conduction with Boundary Conditions of the Third Kind Heat Transfer Coefficient Transient Conduction Heat Transfer by Convection Heat Transfer by Convection with Fluid in Forced and Free Flow Heat Transfer in Boiling Liquids and Condensing Vapours Thermal Radiation Heat Transfer Heat Exchange Equipment Heat and Mass Transfer in Moist Bodies Experimental Study of Heat Transfer Appendices Bibliography Name Index Subject Index