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Related Site: http://www.tokushima-u.ac.jp/e/graduate_school/introduction/me_g.html

Keyword Index

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z
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
Cathode and anode materials for Li ion rechargeable batteries Nakamura, Koichi
cell SATO, Katsuya
centrifugal pump Shigemitsu, Toru
combustion Kidoguchi, Yoshiyuki  /  Nada, Yuzuru
Composites Takagi, Hitoshi
computational fluid dynamics Kidoguchi, Yoshiyuki
computer vision Ukida, Hiroyuki
conductor
    ≫ ionic conductor
        ≫ superionic conductor Nakamura, Koichi
contact analysis Oishi, Atsuya
control Miwa, Masafumi
Control Engineering Takaiwa, Masahiro
crystal plasticity Okada, Tatsuya
crystallographic defect Okada, Tatsuya
cutting force Mizobuchi, Akira
D
diesel engine Kidoguchi, Yoshiyuki
diffusion
    ≫ ionic diffusion Nakamura, Koichi
E
Electrical conductivity measurement Nakamura, Koichi
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
ion
    ≫ ionic conductor
        ≫ superionic conductor Nakamura, Koichi
    ≫ ionic diffusion Nakamura, Koichi
ionic conductor
    ≫ superionic conductor Nakamura, Koichi
ionic diffusion Nakamura, Koichi
J
jet Ichimiya, Masashi
K
L
Latent Thermal Energy Storage Kusano, Koji
Li transition metal oxide Nakamura, Koichi
Li+ ion conductor Nakamura, Koichi
Li+ ion diffusion Nakamura, Koichi
M
mechanical engineering SATO, Katsuya
Mechanical milling Nakamura, Koichi
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
Na+ ion conductor Nakamura, Koichi
Na+ ion diffusion Nakamura, Koichi
Ni-based superalloys Hisazawa, Hiromu
nitride semiconductor films Kusaka, Kazuya
non-destructive testing Ishikawa, Masashi
nuclear magnetic resonance Nakamura, Koichi
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
superionic conductor Nakamura, Koichi
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)
turbulence Ichimiya, Masashi
turbulent flow (→ turbulence)
U
ultra-precision cutting Mizobuchi, Akira
Ultrasonic method Nakamura, Koichi
ultrasound Yonekura, Daisuke
V
vibration analysis Hino, Junichi
vibration control Hino, Junichi
W
welding Yonekura, Daisuke
X
X-ray diffraction Kusaka, Kazuya
YZ