Learn · Advanced Transport Processes
Lecture 45 of 60Week 9 Diffusion equation: Multipole expansions.
Multipole expansion: Method of images.
Prof. V. Kumaran · IISc Bangalore
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All the lectures
- Conservation equations. Cartesian co-ordinates
- Conservation equations. Spherical co-ordinates
- Conservation equations. Spherical co-ordinates.
- Conservation equations. Gradient, divergence, curl.
- Conservation equations. Gradient, divergence curl.
- Conservation equations. Mass conservation.
- Conservation equations. Stress tensor.
- Conservation equations. Stress tensor.
- Conservation equation. Stress tensor.
- Conservation equation. Rate of deformation tensor.
- Conservation equation. Rate of deformation tensor.
- Conservation equation. Rate of deformation tensor.
- Conservation equation. Rate of deformation tensor.
- Conservation equation. Navier-Stokes equation. Potential flow.
- Transport in infinite medium.
- Transport in infinite medium.
- Transport in infinite medium.
- Decay of a pulse.
- Decay of a pulse.
- Time dependent length scale.
- Heat conduction from a wire.
- Separation of variables: Cartesian co-ordinates.
- Separation of variables: Diffusion into finite medium.
- Separation of variables: Cylindrical co-ordinates.
- Separation of variables: Cylindrical co-ordinates.
- Separation of variables: Spherical co-ordinates.
- Oscillatory flow in a pipe.
- Oscillatory flow in a pipe: Low Reynolds number.
- Oscillatory flow in a pipe: High Reynolds number.
- Separation of variables: Cartesian coordinates - Part I
- Separation of variables: Cartesian co-ordinates - Part II
- Separation of variables: Spherical co-ordinates - Part I
- Separation of variables: Spherical co-ordinates - Part II
- Separation of variables: Spherical co-ordinates - Part III
- Separation of variables: Spherical co-ordinates - Part IV
- Separation of variables: Spherical co-ordinates - Part V
- Separation of variables: Spherical co-ordinates - Part VI
- Separation of variables: Spherical co-ordinates - Part VII
- Separation of variables: Spherical co-ordinates - Part VIII
- Separation of variables: Multipole expansion.
- Multipole expansion: Point dipole.
- Mulitpole expansion: Point quadrupole.
- Mulitpole expansion: Point quadrupole, distributed source.
- Mulitpole expansion: Distributed source.
- Multipole expansion: Method of images.
- Forced convection: Flow past rigid surface - Part I
- Forced convection: Flow past rigid surface - Part II
- Forced convection: Flow in pipe, Stagnation point flow.
- Forced convection: Stagnation point flow.
- Forced convection: Flow past particle - Part I
- Forced convection: Flow past particle - Part II
- Forced convection: General flow fields with rigid surface.
- Forced convection: Flow past gas bubble.
- Forced convection: General flow field with mobile surface.
- Forced convection: Taylor dispersion.
- Natural convection: Boussinesq approximation - Part I
- Natural convection: Boussinesq approximation - Part II
- Natural convection: High Grashof number.
- Natural convection: High Grashof number, low Peclet number.
- Natural convection: High Grashof number, high Peclet number.