Applied Combustion Science: Flames, Kinetics, and Clean Energy

Combustion powers much of our modern world, but engineering cleaner and more efficient systems requires a deep understanding of the science behind the fire. This comprehensive, text-only course guides you through the chemical and physical processes that govern how fuels burn. You will transition from basic thermodynamic concepts to analyzing complex flame behaviors and modern low-emission technologies. Through clear, step-by-step written explanations, you will learn how to model combustion reactions and predict flame behavior in practical applications. What you'll learn: - Understand the fundamental chemical kinetics and reaction mechanisms that drive combustion processes - Analyze the physical structure and propagation of both premixed and diffusion flames - Explore the dynamics of droplet combustion and multi-phase reacting flows - Evaluate pollutant formation pathways, including soot and nitrogen oxides, and modern mitigation techniques - Examine the unique combustion characteristics and challenges of alternative fuels like hydrogen and ammonia The course begins with foundational definitions of chemical equilibrium and kinetics, then moves systematically through flame theory, transport phenomena, and practical combustion devices. It concludes with an essential look at modern environmental regulations and clean energy transitions. This course is designed for engineering students, energy sector professionals, and environmental science enthusiasts who want to build a solid, theoretical foundation in combustion science. No advanced prerequisites are required, as all core concepts are introduced from the ground up. Start reading today to master the science of combustion and contribute to a cleaner energy future.