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Graduate School of Science and Engineering Mechanical Engineering
- Course Outline
- Metallic Materials Science Laboratory
- Applied Materials Engineering Laboratory
- Advanced Materials Structural Engineering Laboratory
- Spray and Combustion Science Laboratory
- Heat Transfer Laboratory
- Laboratory of Fluid Mechanics
- Motion and Vibration Control Laboratory
- Manufacturing System and Design Laboratory
- Machine Elements and Tribology Laboratory
- Applied and Engineering Mathematics
- Physics Laboratory
Applied and Engineering Mathematics Laboratory
Website of the Laboratory 【Currently not available】We pursue ever lasting romance named 'fluid flow'
Staff
TAKUWA Hideki
[Professor]
Acceptable course | |
---|---|
Master's degree course | ✓ |
Doctoral degree course | ✓ |
Telephone : +81-774-65-6431
htakuwa@mail.doshisha.ac.jp
Office : YM-221
Database of Researchers
SANO Kaoru
[Assistant Professor]
Acceptable course | |
---|---|
Master's degree course | |
Doctoral degree course |
Telephone : +81-774-65-6492
kaosano@mail.doshisha.ac.jp
Office : YM-422
Database of Researchers
Research Topics
- Generation mechanism of Bath-tub vortex.
- Pattern formation in Benard convection.
- Numerical simulation of flow in a channel with a suddenly expanded part.
- Stability of pipe flow.
- Stability of flow past an array of cylinders.
- Modeling of the earth's jet stream and its pattern formation.
- Bifurcation of the solution for flow in a spherical shell.
- Miniature car going upwind by wind propulsion.
- Hydraulically-driven toys.
Research Contents
- The interest our group covers a very wide range of fluid mechanics.
- In particular, our attention is focused on the stability of fluid flow.
- Instability of fluid flow accompanies a break in flow pattern symmetry.
- Oscillatory fluid motion may also occur as a result of flow instability.
- We can control such oscillatory fluid motion and a flow patten if the theory of flow stability is appropriately applied.
- Oscillation can also be intentionally induced in a flow by applying the knowledge of the flow stability.