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Explore the fundamental principles of fluid dynamics and turbulence in this advanced lecture delivered as part of the Bangalore School on Statistical Physics-XVI. Delve into complex fluid behavior and turbulent phenomena through rigorous theoretical frameworks designed for Ph.D. students, postdoctoral fellows, and faculty members working in statistical physics and related fields. Learn from expert instruction that bridges the gap between masters-level coursework and cutting-edge research topics in fluid mechanics. Examine the mathematical foundations underlying fluid motion, turbulent flow patterns, and their statistical properties through comprehensive theoretical analysis. Gain insights into how fluid dynamics connects to broader concepts in statistical physics and understand the role of turbulence in various physical systems. Benefit from pedagogical approaches specifically designed to prepare advanced students and researchers for frontline research in fluid dynamics and turbulence theory.
