23rd SCEJ Students Meeting (2021): Session programs

`23rd SCEJ Students Meeting (2021)`

Session programs

Fluid & particle processing

A21-A27, A29-A35, B01-B07, B09-B15

Most recent update: 2021-03-04 21:47:01

Time	Paper ID	Title / Authors	Keywords	Topic code	Ack. number
Hall A
(13:00–14:24) (Chair: No data , No data )
13:00– 13:12	A21	Evaluation of mixing condition during atomization process using Villermaux-Dushman reaction (Tokyo U.Sci) *Tejima G., Murakami Y., Matsukawa H., Otake K., Shono A.	Villermaux-Dushman reaction Spray Mixing Segregation Index	2-b	64
13:12– 13:24	A22	Complete drawdown of floating particles in a stirring vessel (Tokyo U.Sci.) *Oikawa Y., Murakami Y., Matsukawa H., Otake K., Shono A.	Complete drawdown Mixing process Floating particles	2-b	77
13:24– 13:36	A23	Experimental study of power and mixing characteristics of multi-stage stirred vessel (Yokohama Nat. U.) *Takahashi R., Misumi R.	mixing PIV multi-stage stirred vessel	2-b	114
13:36– 13:48	A24	Measurement of turbulence velocity 3 components and quantification of turbulent energy around the stirring blade using stereo PIV (Yokohama Nat. U.) *Yamamoto N., Misumi R.	mixing PIV	2-b	120
13:48– 14:00	A25	Numerical analysis of large-scale culture of iPS cells in a stirring tank using wings (osaka univercity) *Kobatake Ryosuke, (osaka graduate school) Isobe Ryosuke, Okano Yasunori, Kinooka Masahiro, (FUJIMORI KOGYO) Tokura Tomohiro, Matuda Hiroyuki	iPS cells suspension culture	2-b	185
14:00– 14:12	A26	Viscous fluid behavior on inclined dam break problem (U.Hyogo) *Otani Haruka, Itoh Kazuhiro, Taguchi Shogo, (U. Hyogo) Yamamoto Takuji, Maeda Kouji	non Newtonian fluid dam break flow numerical calculation	2-a	66
14:12– 14:24	A27	About the phenomenon that ice moves on the metal lane (nirasakiH.S.) natori kohaku, asakawa haruku, *moriya syunsuke	ice surface tension metal lane	8-b	145

(14:36–16:00) (Chair: No data , No data )
14:36– 14:48	A29	Flow around a two-dimensional rotating cylinder using the generalized interpolation lattice Boltzmann method (TMU) *Kobayashi Daisuke, Tagawa Toshio	Lattice Boltzmann method Generalized coordinate system Rotating cylinder	2-a	87
14:48– 15:00	A30	Numerical simulation of the formation of droplets from an inkjet nozzle and the impingement of droplets to a substrate (Saitama U.) *Tada Yuta, Yoshinuma Masaki, Homma Shunji	inkjet VOF droplets	2-a	130
15:00– 15:12	A31	Numerical Analysis of glass melts flow with unsteady heat transport (Saitama U.) *Koyama Ryoya, Chiba Kotaro, Homma Syunji	glass melts unsteady heat transport flow in a circular tube	2-a	128
15:12– 15:24	A32	Numerical analysis of natural convection in a cavity for highly viscous fluid (Saitama U.) *Sasaki Ryuya, Chiba Kotaro, Homma Shunji	highly viscous fluid natural convection CFD	2-a	127
15:24– 15:36	A33	Numerical analysis of fluorination reactor (Saitama U.) *Saito Takeaki, Homma Shunji	Fuel debris Fluoride volatility method Numerical analysis	2-a	123
15:36– 15:48	A34	Resonance of Air Columns ~Aiming to improve the efficiency of sound power generation~ (hiroshima kokutaiji H.S.) seike naoya	wavelength doubled vibration resonance	2-a	26
15:48– 16:00	A35	Origin of bathtub vortex (Kokutaiji H.S.) Nitta Yuya, Maeda Yo	flow of different directions initial velocity Partition plate	2-g	25
Hall B
(9:00–10:24) (Chair: No data , No data )
9:00– 9:12	B01	Thermal flow analysis in a mold during the LCP injection molding filling process (Osaka U.) *Takayoshi Junya, (Graduate School of Osaka U.) Hu Haotian, (Polyplastics) Hamano Yusuke, Aoki Gen, (Graduate School of Osaka U.) Okano Yasunori	Injection Molding OpenFOAM DEM	2-a	206
9:12– 9:24	B02	Numerical Analysis of nozzle flow during 3D bioprinting ink switching (Osaka U.) *Yamamoto Seishiro, Hidaka Mitsuyuki, Sakai Shinji, Kojima Masaru, Okano Yasunori	VOF model OpenFOAM Bioprinting	2-e	282
9:24– 9:36	B03	Study on Particle Size Distribution Prediction Equations for Droplet Atomization (Gifu U.) *Yada Tokiha, Kamiya Tomohiro, Mizuno Kyohei, Asahara Makoto, Miyasaka Takeshi	atomaization droplet size distribution shadow sizing method	2-e	326
9:36– 9:48	B04	Development and optimization of silica hollow particles using microbubbles (U.Yamagata) *Takahashi M., Makuta T.	silica microbubbles hollow particles	2-e	211
9:48– 10:00	B05	Fluid dynamics of liquid rope-coils in micro-channel (Tokyo U.Sci) *Shinotsuka R., (Office Murozono) Murozono K., (Tokyo U.Sci.) Murakami Y., Matsukawa H., Otake K., Shono A.	Microfluidics Liquid rope-coil effect Particle method	2-e	83
10:00– 10:12	B06	Research Regarding the Fluidization Characteristics of Micro-Fluidized Beds (NIT Sasebo) *Jones James, Maeda Taisuke, Tsurusaki Yuuto, Hamada Hiroyasu, Johno Yuuki	Fluidized bed Microreactor Numerical simulation	2-c	215
10:12– 10:24	B07	Research on Floating Separation of Microplastics (NIT Sasebo) *Murakami Wataru, Tanabe Shogo, Tanaka Yasuhiko, Matsuyama Fuminori, Nakashima Kenji, Johno Yuuki	Fine bubble Microplastic Floating Separation	2-e	219

(10:36–12:00) (Chair: No data , No data )
10:36– 10:48	B09	Three dimensional numerical Analysis of curtain coating (Saitama U.) *Togashi Kota, Chiba Kotaro, Homma Shunji	curtain coating adhesive CFD	2-a	126
10:48– 11:00	B10	Effects of Preparation Pressures on the Production of Caffeine Microparticles by Spray Drying Using High Pressure CO₂ (Kanazawa U.) *Matsuoka H., Xie B., Yamashita T., Uchida H.	Spray drying High pressure CO2 Caffeine micronization	2-f	269
11:00– 11:12	B11	Evaluation of dielectric properties of alumina composites with CNT for hybrid heating (HiroshimaU.) *Yamada M, (JAEA) Segawa T, (HiroshimaU.) Fukasawa T, Ishigami T, Fukui K	CNT uniformity Dielectric properties	2-f	203
11:12– 11:24	B12	Development of a novel jet mill and evaluation its milling performance (Osaka Pref. U.) *Matsunaga Miku, Ohsaki Shuji, Nakamura Hideya, Watano Satoru	Dry grinding Fluidized bed jet mill Classification	2-f	232
11:24– 11:36	B13	Numerical analysis for high-speed tableting process (Osaka Pref. U.) *Imayoshi Yusuke, Ohsaki Shuji, Nakamura Hideya, Watano Satoru	Compression speed Tableting process Finite Element Method	2-f	100
11:36– 11:48	B14	Cohesive force in DEM simulation for simulating noodle dough (Okayama U. Sci.) *Sasaki Yui, Kuwagi Kenya, Hirano Hiroyuki	Powder Discrete Element Method Cohesive force	2-f	223
11:48– 12:00	B15	DEM Numerical Analysis of Powder Flow with Liquid Bridging (NIT Sasebo) *Matsunaga Kanta, Hamada Hiroyasu, Matsuyama Fuminori, Nakashima Kenji, Johno Yuuki	Discrete Element Method Powder Liquid bridge	2-f	221

Technical program
23rd SCEJ Students Meeting (2021)

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Most recent update: 2021-03-04 21:47:01
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