Fluid Mechanics: Principles of Flow and Transport

Fluid mechanics is the bedrock of chemical engineering, essential for designing effective pipelines, reactors, and heat exchange systems. Without a strong grasp of fluid behavior, optimizing industrial processes is impossible. Upon completing this course, you will have a deep understanding of fluid properties, the governing equations of motion, and how to apply these concepts to solve real-world problems involving flow, pressure, and transport phenomena. What you'll learn: * Understand fundamental fluid properties, pressure distribution, and hydrostatic forces in static fluid systems. * Apply the conservation of mass and momentum using the Reynolds Transport Theorem and control volume analysis. * Analyze flow regimes, friction factors, and energy losses in internal pipe flow systems. * Practice dimensional analysis and the use of similarity parameters for effective engineering problem-solving. * Master the principles of convection and heat transfer, including forced and natural convection processes. The course begins by defining key terminology and fluid properties before introducing the foundational conservation laws. We then move into practical analysis of internal flows, concluding with an introduction to heat transfer via convection and basic modeling considerations. This is a text-only course designed for reading and comprehension. This course is intended for absolute beginners in engineering or science who need a rigorous introduction to fluid mechanics principles. No prior engineering knowledge is required. Start reading and build your foundational engineering knowledge today.