Thermodynamics

Description

Introduction (Revision on first law of thermodynamics, Process and second law of thermodynamics) - Introduction to Exergy - Heat engine cycles (Basics - Carnot Cycle) - Heat engine cycles (Joule Cycle – Otto Cycle) - Heat engine cycles (Diesel Cycle – Dual Cycle) - Steam Cycles (Rankine cycle – using steam tables) - Steam Cycles (Rankine cycle with super heat) - Steam Cycles (enthalpy / entropy chart) - Steam Cycles (Reheat Cycle) - Refrigeration and Heat Pump (Reversed Heat Engine cycle – Vapor Compression Cycles). - Refrigeration and Heat Pump (Vapor Compression Cycles – Using Tables). Refrigeration and Heat Pump (pressure / enthalpy diagram) - Mixtures (Dalton law and Gibbs Dalton law) - Mixtures. (Volumetric/mass analysis of gas mixture) - Mixtures. (Molar mass – Specific gas constant – Specific heat capacity of gas mixture) references T.D. Eastop “Applied Thermodynamics for Engineering Technologists“, Longman, Latest Edition

Program

Bachelor Degree in Oil and Gas Engineering (160)

Objectives

• Apply the first and second laws of thermodynamics and the concept of exergy to thermodynamic processes Analyze heat engine cycles, including Carnot, Joule, Otto, Diesel and Dual cycles Analyze steam power cycles using steam tables and thermodynamic charts Analyze refrigeration and heat pump cycles Determine the properties of gas mixtures using Dalton's and Gibbs-Dalton laws