Dynamics of Particle-Fluid Multiphase Flows

[ Japanese version ]

Index

1. Classification (Lecture 1)
   1. What is particle-fluid multiphase flow?
   2. Classification based on particle-fluid interaction
   3. Classification of modelling (continuum, discrete, DNS)
2. Particle-Fluid Interaction I (Transport Phenomena)
   1. Differential operator, nabla, and Gauss divergence theorem (Lecture 2)
   2. Momentum transfer (drag force, equation of particle motion) (Lecture 3)
   3. Heat and mass transport (Nusselt number and Sherwood number) (Lecture 4)
3. Collision and Contact (Particle-Wall, Particle-Particle)
   1. Hard (rigid) particle (particle-wall collision) (Lecture 5)
   2. Hard (rigid) particle (particle-particle collision) (Lecture 6)
   3. Elastic particle (Distinct Element Method : DEM) (Lecture 7)
4. Particle-Fluid Interaction II
   1. Continuity equation and inertial term of Navier-Stokes equation (single phase) (Lecture 8)
   2. Stress term of Navier-Stokes equation (single-phase) (Lecture 9)
   3. Volume-averaged continuity equation (multi-phase) (Lecture 10)
   4. Volume-averaged Navier-Stokes Equation (multi-phase) (Lecture 11)
   5. Review of first law of thermodynamics and specific heat (Lecture 12)
   6. Energy equation (Lecture 13)

Lecture Videos

1. Classification (Lecture 1)
   1. What is particle-fluid multiphase flow?
   2. Classification based on particle-fluid interaction
   3. Classification of modelling (continuum, discrete, DNS)
   back to index
2. Particle-Fluid Interaction I (Transport Phenomena)
   1. Differential operator, nabla, and Gauss divergence theorem (Lecture 2)
   back to index
   2. Momentum transfer (drag force, equation of particle motion) (Lecture 3)
   back to index
   3. Heat and mass transport (Nusselt number and Sherwood number) (Lecture 4)
   back to index
3. Collision and Contact (Particle-Wall, Particle-Particle)
   1. Hard (rigid) particle (particle-wall collision) (Lecture 5)
   back to index
   2. Hard (rigid) particle (particle-particle collision) (Lecture 6)
   back to index
   3. Elastic particle (Distinct Element Method : DEM) (Lecture 7)
   back to index
4. Particle-Fluid Interaction II
   1. Continuity equation and inertial term of Navier-Stokes equation (single phase) (Lecture 8)
   back to index
   2. Stress term of Navier-Stokes equation (single-phase) (Lecture 9)
   back to index
   3. Volume-averaged continuity equation (multi-phase) (Lecture 10)
   back to index
   4. Volume-averaged Navier-Stokes Equation (multi-phase) (Lecture 11)
   back to index
   5. Review of first law of thermodynamics and specific heat (Lecture 12)
   back to index
   6. Energy equation (Lecture 13)
   back to index

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