Learn · Advanced Fluid Mechanics
Lecture 27 of 42Week 8
Viscous laminar steady flows - III: 2D fully developed planer flows
Prof. Anubhab Roy · IIT Madras
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- Advanced Fluid Mechanics, IIT Madras (at NPTEL)
- Licence
- CC BY-NC-SA, as NPTEL states it. Non-commercial use only.
- Attribution
- NPTEL states: "Distributed under Creative Commons Attribution-ShareAlike / CC BY - NC - SA", beside a BY-NC-SA badge.
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All the lectures
- Introduction
- An introduction to tensors - I
- An introduction to tensors - II
- An introduction to tensors - III
- Fluid kinematics - I: Flow visualization
- Fluid kinematics - II: Flow visualization
- Fluid kinematics - III: Flow visualization
- Fluid kinematics - IV: Fluid deformation
- Fluid kinematics - V: Fluid deformation
- Fluid kinematics - VI: Fluid deformation & Stress tensor
- Conservation laws - I: Mass
- Conservation laws - II: Momentum
- Conservation laws - III: Momentum
- Conservation laws - IV: Momentum conservation & Boundary conditions
- Vorticity dynamics - I
- Vorticity dynamics - II
- Vorticity dynamics - III
- Irrotational flow - I: Bernoulli's theorem & Potential flows
- Irrotational flow - II: Two-dimensional potential flows
- Irrotational flow - III: Potential flow past a circular cylinder
- Irrotational flow - IV: Potential flow past a rotating circular cylinder
- Irrotational flow - V: Translating rigid body in an inviscid flow
- Irrotational flow - VI: D’Alembert’s paradox & Kutta–Joukowski theorem
- Irrotational flow - VII: Added mass & Kutta condition
- Viscous laminar steady flows - I: Introduction
- Viscous laminar steady flows - II: 2D fully developed planer flows
- Viscous laminar steady flows - III: 2D fully developed planer flows
- Viscous laminar steady flows - IV: Hagen-Poiseuille flow
- Viscous laminar unsteady flows - I: Stokes first problem
- Viscous laminar unsteady flows - II: Stokes first problem
- Viscous laminar unsteady flows - III: Stokes second problem
- Boundary layer theory - I: Introduction
- Boundary layer theory - II: Prandtl's boundary layer theory
- Boundary layer theory - III: Prandtl's boundary layer theory
- Boundary layer theory - IV: Blasius similarity soluitions
- Boundary layer theory - V: Blasius similarity solutions & Drag calculation
- Boundary layer theory - VI: Drag calculation & Falkner-Skan equation
- Boundary layer theory - VII: Von Kármán momentum integral equation & Drag calculation
- Boundary layer theory - VIII: Boundary layer separation
- Boundary layer theory - IX: External flows without surfaces
- Introduction to hydrodynamic instability - I
- Introduction to hydrodynamic instability - II