Reynolds number

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Related lectures (31)

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Turbulence Phenomenology

Explores turbulence phenomenology, focusing on scale separation, Reynolds numbers, and computational implications.

Dynamic Similarity in Hydrodynamics

Explores dynamic similarity in hydrodynamics, covering scaling forces, wake dynamics, drag influence, and non-dimensional relations in fluid flow.

Heat Convection: Boundary Layers and Flow Regimes

Explores heat convection, boundary layers, and flow regimes, emphasizing the importance of forced convection in energy transport.

Lattice Boltzmann: Turbulence Onset

Explores lattice Boltzmann's role in studying turbulence onset and its advantages in hydrodynamics.

Microfluidics: Scaling Laws and Applications

Explores microfluidics fundamentals, including Reynolds number, vortices, swimming behavior, sedimentation, pressure drop, flow profiles, and particle manipulation.

Physical and Numerical Modeling: Hydraulic Constructions and Law of Similarity

Explores physical and numerical modeling in river hydraulics, emphasizing hydraulic constructions and the law of similarity.

Momentum, Impulse, and Center of Mass

Explores momentum, impulse, and center of mass in physics through various scenarios and conceptual questions.

Boundary Layers: Recap and Effects on Drag and Lift

Covers the importance of boundary layers, viscosity effects on drag and lift.

Turbulence: Numerical Flow Simulation

Explores the challenges of turbulence, simple turbulent flows, and numerical simulation methods.

CVD: Theoretical Concepts and Boundary Layers

Explores theoretical concepts in CVD, focusing on boundary layers and the Reynolds number.