Energy Conversion and Thermodynamics in Mechanical Systems

Energy Conversion and Thermodynamics in Mechanical Systems examines the principles governing energy transformation, heat interaction, and system efficiency in engineering applications. The text introduces the laws of thermodynamics, properties of working fluids, energy cycles, and entropy analysis, linking theory with practical mechanical systems such as engines, turbines, refrigeration units, and power plants. It emphasizes performance evaluation, energy conservation, and design optimization through analytical and real-world perspectives. Readers develop a strong understanding of how thermodynamic processes influence mechanical behavior, enabling informed decisions in system design, sustainability, and energy management within modern engineering environments.