| A |
|
| after treatment |
Kidoguchi, Yoshiyuki |
| axial flow fan |
Shigemitsu, Toru |
| B |
|
| Bamboo Fiber |
Takagi, Hitoshi |
| bicrystal |
Okada, Tatsuya |
| Biomechanics |
SATO, Katsuya |
| boundary layer |
Ichimiya, Masashi |
| C |
|
| cell |
SATO, Katsuya |
| centrifugal pump |
Shigemitsu, Toru |
| combustion |
Kidoguchi, Yoshiyuki / Nada, Yuzuru |
| Composites |
Takagi, Hitoshi |
| computational fluid dynamics |
Kidoguchi, Yoshiyuki |
| computer vision |
Ukida, Hiroyuki |
| contact analysis |
Oishi, Atsuya |
| control |
Miwa, Masafumi |
| Control Engineering |
Takaiwa, Masahiro |
| crystal plasticity |
Okada, Tatsuya |
| crystallographic defect |
Okada, Tatsuya |
| cutting force |
Mizobuchi, Akira |
| D |
|
| diamond |
Okada, Tatsuya |
| diesel engine |
Kidoguchi, Yoshiyuki |
| E |
|
| Emmission |
Kidoguchi, Yoshiyuki |
| epitaxial film |
Okada, Tatsuya |
| F |
|
| finite element analysis |
Oishi, Atsuya |
| finite element method (→ finite element analysis) |
| G |
|
| Green Composites |
Takagi, Hitoshi |
| H |
|
| heat treatment |
Hisazawa, Hiromu |
| hydrogen |
Kidoguchi, Yoshiyuki |
| I |
|
| image processing |
Hisazawa, Hiromu / Ukida, Hiroyuki |
| Infrared thermography |
Ishikawa, Masashi |
| intermittent cutting |
Mizobuchi, Akira |
| internal flow |
Shigemitsu, Toru |
| inverse problem |
Oishi, Atsuya |
| J |
|
| jet |
Ichimiya, Masashi |
| K |
| L |
|
| Latent Thermal Energy Storage |
Kusano, Koji |
| M |
|
| mechanical engineering |
SATO, Katsuya |
| Mechanotransduction |
SATO, Katsuya |
| mechatronics |
Miwa, Masafumi |
| MEMS |
SATO, Katsuya |
| micromachine |
Miwa, Masafumi |
| microstructure control |
Hisazawa, Hiromu |
| modal analysis |
Hino, Junichi |
| motion control |
Takaiwa, Masahiro |
| Multiphase Flow |
Kusano, Koji |
| N |
|
| Ni-based superalloys |
Hisazawa, Hiromu |
| nitride semiconductor films |
Kusaka, Kazuya |
| non-destructive testing |
Ishikawa, Masashi |
| Numerical Analysis |
Kusano, Koji |
| O |
| P |
|
| parallel computing |
Oishi, Atsuya |
| photocatalyst |
Yonekura, Daisuke |
| pipe flow |
Ichimiya, Masashi |
| Pneumatic Driving System |
Takaiwa, Masahiro |
| Q |
| R |
|
| recrystallization |
Okada, Tatsuya |
| Recycle |
Takagi, Hitoshi |
| relaminarization |
Ichimiya, Masashi |
| residual stress |
Kusaka, Kazuya / Yonekura, Daisuke |
| Robot System |
Takaiwa, Masahiro |
| S |
|
| sawing |
Mizobuchi, Akira |
| SEM/EBSD |
Okada, Tatsuya |
| Shape Memory Alloys |
Takagi, Hitoshi |
| shape reconstruction |
Ukida, Hiroyuki |
| SiC |
Okada, Tatsuya |
| single crystal |
Okada, Tatsuya |
| small-sized fluid machinery |
Shigemitsu, Toru |
| Solid/Liquid Phase Change Heat Transfer |
Kusano, Koji |
| sputtering |
Kusaka, Kazuya / Yonekura, Daisuke |
| surface roughness |
Mizobuchi, Akira |
| T |
|
| tensioning method |
Mizobuchi, Akira |
| texture control |
Okada, Tatsuya |
| thin film |
Yonekura, Daisuke |
| tipped saw |
Mizobuchi, Akira |
| tool life |
Mizobuchi, Akira |
| tool temperature |
Mizobuchi, Akira |
| tool wear |
Mizobuchi, Akira |
| transfer performance |
Shigemitsu, Toru |
| transition |
Ichimiya, Masashi |
| transmission electron microscopy |
Hisazawa, Hiromu / Okada, Tatsuya |
| transparent conducting oxide |
Yonekura, Daisuke |
| transparent conducting oxides (→ transparent conducting oxide) |
| tricrystal |
Okada, Tatsuya |
| turbulence |
Ichimiya, Masashi |
| turbulent flow (→ turbulence) |
| U |
|
| ultra-precision cutting |
Mizobuchi, Akira |
| ultrasound |
Yonekura, Daisuke |
| V |
|
| vibration analysis |
Hino, Junichi |
| vibration control |
Hino, Junichi |
| W |
|
| welding |
Yonekura, Daisuke |
| X |
|
| X-ray diffraction |
Kusaka, Kazuya |
| YZ |