Thermodynamics and Combustion Fundamentals

Understanding how energy is converted, transferred, and utilized is essential for engineering and physics disciplines. This course provides a solid foundation in the science governing heat, work, and chemical energy release. By the end of this course, you will be able to analyze fundamental thermal systems, calculate energy efficiency using the laws of thermodynamics, and understand the basic chemistry behind combustion processes and pollutant formation. What you'll learn: * Master the First and Second Laws of Thermodynamics and their application to open and closed systems. * Understand key thermodynamic properties, state variables, and modern equations of state used in engineering modeling. * Analyze common power and refrigeration cycles, including efficiency calculations and performance metrics. * Apply exergy analysis to evaluate the true potential and irreversibility of energy conversion processes. * Learn the stoichiometry, basic reaction kinetics, and chemical equilibrium governing energy release in combustion. * Examine the principles of flame structure, reaction types, and foundational concepts of clean combustion strategies. The course begins with foundational definitions of energy, entropy, and system boundaries before progressing to detailed analysis of thermodynamic cycles. The final sections focus on the principles of chemical reactions, equilibrium, and practical combustion applications. This course is designed for absolute beginners, including students and professionals new to thermal science or combustion engineering. No prior knowledge of advanced physics or chemistry is required. Start building your foundational knowledge in energy conversion today.