Kyoto Univ., Dept. of Mechanical Engineering and Science, Thermal Science and Engineering Laboratory 日本語
Research Topics
- Momentum/Mass/Heat Transfer and Reaction/Combustion in Turbulent Flows -> Ongoing Project
- Particles/Bubbles/Droplets Motions in Turbulent Flows
- Turbulent Structure and Scalar (Heat and Mass) Transfer across the Gas-Liquid interface
- Analysis of complex turbulent flow fields generated by the motion of object
- Detonation-turbulence interaction
1. Momentum/Mass/Heat Transfer and Reaction/Combustion in Turbulent Flows
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| Numerical simulation of a jet engine (LES) | |
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| Numerical simulation of a rocket engine (LES) | |
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| Numerical simulation of a thruster engine (LES) | |
see also : hpci
2. Particles/Bubbles/Droplets Motions in Turbulent Flows
| Atomization and evaporationof droplets in crossflow(DNS) | |
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| Outer(left) and inner(right) flows of a droplet (DNS) | |
| Collision growth of cloud droplets (DNS) | |
| Evaporation and combustion of fuel droplets (DNS) | |
3. Turbulent Structure and Scalar (Heat and Mass) Transfer across the Gas-Liquid interface
| Wind-driven gas-liquid two-phase flow (DNS) scalar transport(left figure) and wave shape(right figure) | |
4. Analysis of complex turbulent flow fields generated by the motion of object
| Numerical simulation of flow field generated by cyclorotors (Left: flight image, Right: LES) | |
5. Detonation-turbulence interaction
| without turbulence | with turbulence |