Mechanical Energy Systems: From Basics to Applications is a comprehensive textbook that offers a structured exploration of the principles, design, and real-world implementation of mechanical energy systems. Designed for undergraduate and postgraduate students in mechanical and energy engineering, the book builds a strong foundation in thermodynamics, fluid mechanics, heat transfer, and energy conversion before progressing to advanced system-level applications.
The text explains core concepts such as work and power, energy conservation, mechanical efficiency, and system dynamics in a clear and accessible manner. It then connects these fundamentals to practical technologies including internal combustion engines, steam and gas turbines, hydraulic systems, refrigeration and air-conditioning units, and renewable energy systems such as wind and small-scale hydro power.
Emphasizing both analytical techniques and engineering design, the book integrates numerical problems, case studies, and performance analysis methods to develop problem-solving skills. Modern topics such as energy auditing, sustainability, waste heat recovery, and smart energy management systems are also discussed to align with contemporary industry needs.
By combining theoretical rigor with practical relevance, this book equips learners and professionals with the knowledge required to analyze, design, optimize, and manage mechanical energy systems in industrial, transportation, and power generation sectors.
