SCEJ

17th SCEJ Students Meeting in Tokushima (2015)

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Most recent update: 2015-02-05 17:29:44

TimePaper
ID
Title / AuthorsKeywordsTopic codeAck.
number
I²ñ¾ì
(9:45–10:45) (Chair: No data , No data )
9:4510:00I02Numerical Simulation of the FLow of Casson Model Fluid across a Circular Obstacle
(U. Tokushima) Isami Kunpei, Ohta Mitsuhiro, (Fukuoka U.) Matsukuma Yosuke
Casson model
Plastic fluid
Lattice Boltzmann method
2-a27
10:0010:15I03Characteristic change of a root vegetable by steam cooking
(Kobe U.) Hamada Chisa, Horie Takafumi, Shirasugi (Kataoka) Naoko, (Kobe Yamate Col.) Honda Sachiko, (Kobe U.) Ohmura Naoto
steam cooking
root vegetable
hardness
2-a85
10:1510:30I04Three¡¾Dimensional Numerical Simulation of a Bubble Rising in Viscoelastic Fluids
(U. Tokushima) Morishita Tomonori, Ohta Mitsuhiro
Bubble rise motion
Viscoelastic fluid
Numerical analysis
2-e25
10:3010:45I05Three¡¾Dimensional Numerical Simulation of Bubble Drforamtion and Breakup under Simple Shear in a Viscoelastic Fluid
(U. Tokushima) Matsumoto Akihiro, Ohta Mitsuhiro
Bubble Deformation
Viscoelastic fluid
Numerical analysis
2-e26
(10:45–12:00) (Chair: No data , No data )
10:4511:00I06Molecular dynamics simulation for time-variation of a fine bubble shape
(U. Hyogo) Kisa Yuto, Itoh Kazuhiro, Maeda Koji, Arafune Koji, Yamamoto Takuji
molecular dynamics
nano-bubble
phase change
2-e86
11:0011:15I07Numerical study of the effect of surrounding flow field and initial distribution on biofilm formation
(Osaka U.) Nishitani Masahide, Yamamoto Takuya, Takagi Youhei, Okano Yasunori, (Sizuoka U.) Kimbara Kazuhide
biofilm
Phase-Field
numerical study
3-e32
11:1511:30I08Interaction between phase separation and turbulence in binary mixture
(Osaka U.) okamoto sachiya, Takagi Youhei, Okano Yasunori
turbulence
spinodal decomposition
numerical analysis
2-e31
11:3011:45I09Drag reduction effect by a dilute surfactant solution in Taylor-Couette flow
(Osaka U.) Nakamori Mizuki, Nakamoto Masayosshi, Takagi Youhei, Okano Yasunori, (MITSUBISHI RAYON) Kurita Yuusuke, Asou Hiromi
Taylor-Couette flow
surfactant
drag reduction
2-e130
11:4512:00I10Study on decomposition of organic matter using fine bubble and ultrasonic waves
(NIT, Kochi Col.) Morita T., Tadokoro M., Shikibu M., Hata T., Tada K., Nagahara J., Nishiuchi Y.
fine bubble
ultrasonic waves
radical
2-e106
(13:00–14:15) (Chair: No data , No data )
13:0013:15I11Effect of a compression load for a particle bed including admixed particles on improving an adhesiveness of main particle
(Okayama U.) Nakahata H, Oshitani J, Goto K, Yoshida M
admixture of nano-particle
compression load
particle bed
2-f42
13:1513:30I12Effect of ion concentration on aerosolization of nanoparticles by droplet breakup
(Hiroshima U.) Komurasaki Mayuko, Morimoto Kazuki, Kubo Masaru, Shimada Manabu
Nanoparticle
Aerosols
Spray-drying
2-f70
13:3013:45I13Effect of particle dispersion conditions on separation performance of vertical flow wet classifier
(Hiro U.) Takeya T., Yoshida H., Fukui K., Shirasawa N., Someya Y.
Particle classification
Particle dispersion conditions
Zeta potential
2-f140
13:4514:00I14Effect of dissolved ions on electrophoretic mobility measurement
(Kyoto U.) Nishi Kazuki, Fukasawa Tomonori, Ohshima Masahiro
particle
electrophoretic mobility
dissolved ions
2-f128
14:0014:15I15Effects of the cone length on the separation performanse of the novel cyclone separator
(Hiroshima U.) Sunada Satoshi, Shibata Daiki, Yoshida Hideto, Fukui Kunihiro
Cyclone
Sintered metal
Clean air
2-f75
(14:15–15:30) (Chair: No data , No data )
14:1514:30I16Optimization and Improvement of Data Reduction for Measurement of Particle Size Distribution using Sedimentation Balance Method
(Hiro U.) Shirasawa N., Takeya T., Yoshida H., Fukui K.
sedimentation balance
particle size distribution
measurement
2-f138
14:3014:45I17Classification experiment of acrylic particles in the collection box improved dry cyclone
(Hiro U.) Someya Y., Takeya T., Shirasawa N., Yoshida H., Fukui K.
Dry process cyclone
Classification
Collection box
2-f147
14:4515:00I18Ecotoxicity of PSL nanoparticles to biofilm
(Osaka Pref. U.) Fujisawa Eri, Konishi Yasuhiro, Nomura Toshiyuki
Nanorisk
Biofilm
PSL
2-g34
15:0015:15I19Colloidal behavior of PSL nanoparticles to filamentous fungi
(Osaka Pref. U.) Yamamoto Makoto, Tani Syuji, Konishi Yasuhiro, Nomura Toshiyuki
Nanoparticles
Uptake
Fungi
2-g36
15:1515:30I20Numerical simulation of Taylor-Couette flows with modeled wall roughness.
(Osaka U.) Krieger Bruno, Takagi Youhei, Okano Yasunori, (Mitsubishi Rayon) Kurita Yusuku, Aso Hiromi
numerical study
drag reduction
taylor-couette flow
2-g53

Technical program
17th SCEJ Students Meeting in Tokushima (2015)

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Most recent update: 2015-02-05 17:29:44
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