Research Topics
- Turbulent Structure and Heat/Mass Transfer across the Gas-Liquid Interface, and Climate Prediction
- Cloud Formation, Growth and Motion
- Momentum, Mass and Heat Transfer in Turbulent Flows
- Chemical Reaction in Turbulent Flows
- Particle (Bubble and Droplet) Motion in Turbulent Flows
1. Turbulent Structure and Heat/Mass Transfer across the Gas-Liquid Interface, and Climate Prediction
 Play movie Long-fetdh wind-wave tank (left) and high-speed wind-wave tank (right) |
 Play movie IR images of wind-wave interface with heat transfer; low wind speed (left) and high wind speed (right) |
 Play movie PDA measurement of spray droplts above breaking waves |
 Play movie Wind-driven gas-liquid two-phase flow (DNS); the gas-liquid interface (left) and the turbulent eddies in the liquid phase (right) |
 Play movie Global estimation of CO2 flux across air-water interface by rainfall |
2. Cloud Formation, Growth and Motion
 Play movie Collision growth of cloud droplets (DNS) |
3. Momentum, Mass and Heat Transfer in Turbulent Flows
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| Mixing layer flows (LES (left) and experiment(right)) | |
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| Effect of density stratification on turbulent mixing (neutral (left) and stable (right) stratification) | |
4. Chemical Reaction in Turbulent Flows
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| Experiments of mixing layer flow with chemical reaction (reactant (left) and product (right)) | ||
 Play movie Visualizatin of reactant in grid-generated turbulence with chemical reaction |
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Play movie LES of mixing layer flow with chemical reaction (reactant (left) and product (right)) | |
 Play movie Spray combustion (LES) |
5. Particle (Bubble and Droplet) Motion in Turbulent Flows
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| Outer(left) and inner(right) flows of a droplet (DNS) | |
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Play movie DNS of scalar transport in a droplet; Rep=5 (left) and 50 (right) | |
Copyright © 2017 Komori Lab. Alumni Association.
All rights reserved.
All rights reserved.