Turbulent Flow: Laws and Profiles

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Page 3 of 4

Explores Bernoulli's equation, viscosity effects, shear stress, Poiseuille's law, Reynolds number, flow types, and lift/drag forces.

CVD: Theoretical Concepts and Boundary Layers

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

Turbulence in Astrophysics: Reynolds Decomposition

Covers the modeling of fluid instabilities with linear perturbation theory and explores the origin of unpredictability in turbulence through the Navier-Stokes equations.

Turbulence and Symmetry

Introduces turbulence and symmetry in fluid dynamics, exploring the effects of Reynolds number on flow patterns.

Frictional Forces in Fluids

Covers the dependence of friction force on velocity and object geometry in fluids.

Drag on a Sphere and Newtonian Fluid Mechanics

Covers the analysis of drag on a sphere in Newtonian fluid mechanics, focusing on key parameters and the significance of Reynolds number.

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Fluid Dynamics: Scalar and Vector Fields

Covers scalar and vector fields in fluid dynamics, Eulerian vs Lagrangian descriptions, path of fluid particles, and laminar vs turbulent flows.

Poiseuille & Resistance

Explores Poiseuille's law, pressure-velocity relation, wall shear stress, resistances, Bernoulli's equation, and turbulence in fluid dynamics.

Instability: optimal perturbations and lift-up mechanisms

Explores the instability of various flow types and lift-up mechanisms in boundary layers.