Summer Short Research Course 2014 at UCLA and University of Michigan
Time | Event | Presenter | Title |
15:00 | Opening address | ||
15:05-16:20 | Presentations | Keita Fujii | Dynamic contact angle on the complex surface |
Takayuki Kawasaki | The mechanics of foams | ||
Shuji Nota | Effect of thermal annealing on microstructure evolution in 3D IC microbumps | ||
Takahiro Yamashita | Study on Human gut on a chip that experiences intestinal peristalsis-like motions | ||
Akira Tsuzuki | Level set method for image segmentation and restoration | ||
16:20-16:30 | Break | ||
16:30-17:30 | Presentations | Keisuke Uematsu | Atmospheric plasma treatment of Ti for bonding of different materials |
Takuya Yamanouchi | Ceramic matrix composite made by CVI-process | ||
Mamiko Sano | Screening cells using 2-D depth filtration | ||
Kohei Yamada | Experimental investigation of advanced working fluid in a flat heat pipe | ||
17:30 | Closing address |
Time | Event | Presenter | Title |
14:00 | Opening address | ||
14:10-15:55 | Presentations | Takayuki Hasegawa | On-chip multiplexed cellular immunophenotyping with LSPR barcode microarray |
Ikuma Higo | One leg balance: Affect of the foot correction on balance | ||
Koudai Imaeda | A study of biodegradable polymers as candidates for temporary packaging of implanted magnetoelastic resonators | ||
Masato Ishii | Robot planning with energy optimization | ||
Kimihide Odagiri | Optimization of wick structure for loop heat pipe | ||
Akira Hirota | Modeling and simulation of the effects of a therapeutic low frequency vibration device for the human body | ||
Kohkan Sai | Design and analysis of a device for therapeutic low frequency vibration of the human body | ||
15:55-16:05 | Break | ||
16:05-17:35 | Presentations | Kai Ito | Dual-particle imaging system |
Yuki Makanae | Sr and N co-doped TiO2 as a visible-light photocatalyst by liquid-feed flame spray pyrolysis(LF- FSP) | ||
Eitaro Nakatani | Synthesis of Al2O3-TiN nanopowder by Liquid-Feed Flame Spray Pyrolysis | ||
Shun Arakane | Fabricating 3D metallic structures | ||
Yoshihiko Hagiyama | Clarification of the mechanism of automotive EGR cooler fouling | ||
Shoko Kodama | Solvents effect for redox flow battery | ||
17:35 | Closing address |
Graduate School and School of Engineering,Nagoya University
Furo-cho, Chikusa-ku, Nagoya,
464-8603, JAPAN
TEL FAX |
+81-52-789-2799 |
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juacep-office@engg.nagoya-u.ac.jp |