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# Dynamics of Particle-Fluid Multiphase Flows

**-Basics of Numerical Simulation-**

## Index

- Classification (Lecture 1)
- What is particle-fluid multiphase flow?
- Classification based on particle-fluid interaction
- Classification of modelling (continuum, discrete, DNS)

- Particle-Fluid Interaction I (Transport Phenomena)
- Collision and Contact (Particle-Wall, Particle-Particle)
- Particle-Fluid Interaction II
- Continuity equation and inertial term of Navier-Stokes equation (single phase) (Lecture 8)
- Stress term of Navier-Stokes equation (single-phase) (Lecture 9)
- Volume-averaged continuity equation (multi-phase) (Lecture 10)
- Volume-averaged Navier-Stokes Equation (multi-phase) (Lecture 11)
- Review of first law of thermodynamics and specific heat (Lecture 12)
- Energy equation (Lecture 13)

## Lecture Videos

- Classification (Lecture 1)
- What is particle-fluid multiphase flow?
- Classification based on particle-fluid interaction
- Classification of modelling (continuum, discrete, DNS)

- Particle-Fluid Interaction I (Transport Phenomena)
- Collision and Contact (Particle-Wall, Particle-Particle)
- Particle-Fluid Interaction II
- Continuity equation and inertial term of Navier-Stokes equation (single phase) (Lecture 8)
- Stress term of Navier-Stokes equation (single-phase) (Lecture 9)
- Volume-averaged continuity equation (multi-phase) (Lecture 10)
- Volume-averaged Navier-Stokes Equation (multi-phase) (Lecture 11)
- Review of first law of thermodynamics and specific heat (Lecture 12)
- Energy equation (Lecture 13)