Fundamentals of Transport Processes: Heat, Mass, and Momentum Transfer

Transport phenomena govern how mass, energy, and momentum move through physical systems, forming the bedrock of chemical, mechanical, and environmental engineering. Understanding these processes is essential for designing modern industrial systems, from bioreactors to thermal management units. This text-only course guides you from absolute foundational definitions to a clear conceptual understanding of transport equations. You will learn to formulate shell balances, apply dimensional analysis, and grasp the core mechanisms of diffusion, convection, and conduction. What you'll learn: - Understand the fundamental driving forces behind momentum, heat, and mass transfer. - Formulate conservation equations and shell balances for simple physical systems. - Apply dimensional analysis and scaling to simplify complex engineering problems. - Analyze laminar flow, thermal conduction, and molecular diffusion mechanisms. - Explore how transport equations are translated into modern computational simulation models. The course begins with core definitions and basic transport laws before progressing systematically through momentum, heat, and mass transfer, concluding with an introduction to how these concepts apply to modern engineering software. This course is designed for engineering students, technicians, and beginners looking for a solid theoretical foundation in transport phenomena, with no prior advanced coursework required. Start reading today to build a strong foundation in transport processes and elevate your engineering problem-solving skills.