Core Concepts of Internal Combustion Engines

Core Concepts of Internal Combustion Engines introduces the foundational principles and critical role of these power units in modern transportation and industrial applications. Despite their widespread use, internal combustion engines face persistent challenges related to optimizing performance, enhancing fuel efficiency, and mitigating their significant environmental impact, including emissions, climate change contributions, and noise pollution. Understanding these complexities is crucial for developing sustainable and efficient power solutions. This book systematically explores the fundamental thermodynamic principles governing engine operation, including the First and Second Laws, Ideal Gas Law, and heat balance. It delves into various fuels, fuel systems, and their impact on combustion, alongside detailed discussions on the combustion process itself, including stoichiometry, ignition, and abnormal phenomena. Readers will gain insights into diverse engine cycles, major engine components, and key performance characteristics such as power, torque, and thermal efficiency. Furthermore, the text examines emission control technologies, cooling systems, and the vital role of lubrication in engine longevity and efficiency. This comprehensive resource is essential for students, researchers, and professionals seeking a deep understanding of internal combustion engine technology.

Pamela Cross holds a Doctorate and is a distinguished expert in internal combustion engines. Their work encompasses thermodynamics, fuel systems, combustion processes, and emissions. This Swiss-based author provides comprehensive insights into engine performance and their environmental impact.