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Explore fundamental principles of fluid mechanics and particle dynamics through this comprehensive course that covers essential fluid properties, governing equations including Navier-Stokes, continuity, and Bernoulli equations, along with dimensional analysis techniques. Master the application of these principles to pipe flow systems, boundary layer theory, and particle settling phenomena while examining both laminar and turbulent flow regimes. Learn to analyze fluid-particle interactions through detailed study of particle characterization, sedimentation processes, and separation techniques including Brownian motion and electrophoresis. Investigate advanced topics such as flow through packed beds, fluidized bed systems, and filtration processes, while developing skills in measuring fluid viscosity using various devices. Gain practical experience with pressure drop calculations in complex piping systems including series, parallel, and junction configurations, and apply momentum integral analysis to boundary layer problems. The course progresses from basic fluid statics and Newton's law of viscosity through advanced concepts like Taylor Couette flow, Buckingham Pi theorem applications, and turbulent stress analysis, providing a thorough foundation for understanding fluid-particle systems in engineering applications.
