21st SCEJ Students Meeting in Kyoto (2019): Hall program

`21st SCEJ Students Meeting in Kyoto (2019)`

Hall program

Hall I

Most recent update: 2019-02-18 13:09:45

Time	Paper ID	Title / Authors	Keywords	Topic code	Ack. number
Fluid & particle processing
(10:00–11:00) (Chair: Naoki Okamoto, Kuniaki Gotoh)
10:00– 10:12	I01	Investigation of the model of thrombopoiesis for megakaryocytes derived from iPS cells by using discrete element method (Osaka U.) *Ishida Nao, Sekimoto Atsushi, Okano Yasunori, Kinooka Masahiro	discrete element method computational fluid dynamics iPS cell	2-b	18
10:12– 10:24	I02	Development of a DEM simulation model for granulation process (Osaka Pref. U.) *Baba Tomoya, Nakamura Hideya, Takimoto Hiroharu, Osaki Shuji, Watano Satoru	Granulation Numerical simulation Discrete element method	2-f	39
10:24– 10:36	I03	Control of Aggregate Structure of Soft Porous Crystal and its adsorption properties (Osaka Pref. U.) *Teranishi Akito, Ohsaki Shuji, Nakamura Hideya, Watano Satoru	Metal-organic framework Spray-drying High shear granulation	2-f	63
10:36– 10:48	I04	Band gap control of zinc oxide by mechanochemical method (Osaka Pref. U.) *Hoshishima Chiho, Watano Satoru	Band gap Mechanochemical method Zinc oxide	2-f	66
10:48– 11:00	I05	Evaluation of adhesion force between a microbubble and a cell using atomic force microscope (Osaka Pref. U.) *Katoh Satoshi, Konishi Yasuhiro, Nomura Toshiyuki	AFM Adhesion force Microbubble	2-g	70
Fluid & particle processing
(11:00–12:00) (Chair: Toru Ishigami, Atsushi Sekimoto)
11:00– 11:12	I06	Effects of conditions of mixing section on the production of caffeine microparticles by spray drying using supercritical CO₂ (Kanazawa U.) *Yamashita T., Hayashi Y., Watanabe K., Uchida H.	Spray drying Supercritical CO2 Micronization	2-f	93
11:12– 11:24	I07	Effect of bubble diameter on concentration of diatom cell using micro bubble (U. Hyogo) *Nakasuji Tomoki, Itoh Kazuhiro, Kashino Yasuhiro, (Kyoto U.) Ifuku Kentaro, (U. Hyogo) Maeda Kouji, Yamamoto Takuji	diatom micro bubble concentration	2-e	74
11:24– 11:36	I08	Effect of particles circulation flow on objects' float-sink in a gas-solid fluidized bed (Okayama U. Sci.) *Morizane Y., Kato S., Oshitani J., (Ebara Environmental Plant) Kudo S., Kajiwara H., (Ebara) Matsuoka K.	gas-solid fluidized bed particles circulation flow object's float-sink	2-c	98
11:36– 11:48	I09	Dry gravity separation of construction waste residue using vibro-fluidized bed (Okayama U. Sci.) *Matsuoka T., Yokouchi T., Sugo R., Oshitani J., (Kyutech) Mawatari Y.	gas-solid fluidized bed density segregation gravity separation	2-c	99
11:48– 12:00	I10	2-step separation of construction waste residue using vibro-fluidized bed (Okayama U. Sci.) *Miura K., Yokouchi T., Sugo R., Oshitani J., (Kyutech) Mawatari Y.	gas-solid fluidized bed density segregation gravity separation	2-c	100
Fluid & particle processing
(13:00–14:12) (Chair: Toshiyuki Nomura, Daigo Yamamoto)
13:00– 13:12	I11	the effect of baffles on agitation and mixing (Kobe U.) *Sato Eri, Ohmura Naoto, Horie Takahumi, Komoda Yoshiyuki, (Sumitomo Heavy Ind. Proc. Equip.) Horiguchi Hiroo	Stirred tank Baffle configuration Power number	2-b	111
13:12– 13:24	I12	Study on Evaluation of Powder Gravitational Flowability in Powder Filling to a mold corner (Okayama U.) *Sugahara T, Mino Y, Nakaso K, Gotoh K	powder flowability mold	2-f	133
13:24– 13:36	I13	Effect of liquid bridge on strength of powder compacts (Okayama U.) *Mashiba Y., Mino Y., Nakaso K., Gotoh K.	Powder Compression Liquid bridge	2-f	136
13:36– 13:48	I14	Aggreration mechanism of latex particles using epoxy resin (U.kobe) *Takahashi Toru, Komoda Yoshiyuki, Suzuki Kousuke, Horie Takafumi, Ohmura Naoto	aggregation stirring condition latex particle	2-b	137
13:48– 14:00	I15	Study of the effect of surface roughness on a particle-solid wall adhesion based on relative adhesion index (Okayama U.) *Ishida Y, Mino Y, Nakaso K, Gotoh K	Particle Surface roughness Adhesion	2-f	138
14:00– 14:12	I16	DEM simulation of particle behavior in shearing process (Okayama U.) *Shirota Nao, Mino Yasushi, Nakaso Koichi, Gotoh Kuniaki	Discrete Element Method shearing process van der Waals interaction	2-f	140
Fluid & particle processing, Supercritical fluid
(14:12–15:24) (Chair: Yoshiyuki Komoda, Yasushi Mino)
14:12– 14:24	I17	Direct numerical simulation of drying process of particle-laden droplet (Hiroshima U.) *Maemoto Y., Ishigami T., Fukasawa T., Fukui K.	spray drying direct numerical simulation gas-solid-liquid flow	2-e	146
14:24– 14:36	I18	Influence of heating method on crystal formation and adsorption characteristics of ZSM-5 (Hiroshima U.) *Otsuka Kohei, Fukasawa Tomonori, Ishigami Toru, Fukui Kunihiro	microwave heating zeolite adsorption characteristics	2-f	147
14:36– 14:48	I19	Evaluation of agglomeration behavior of fine powder in vibrating fluidized bed (Hiroshima U.) *Yamane A, Fukasawa T, Ishigami T, Fukui K	Agglomeration Fine powder Fluidized bed	2-f	149
14:48– 15:00	I20	Numerical simulation of emulsions permeating through filter coordinated with X-ray CT imaging (Hiroshima U.) *Ueda M., Rozy Mohammad Irwan Fatkhur, Ishigami T., Fukasawa T., Fukui K.	phase-field model coalescer X-ray CT imaging	2-e	152
15:00– 15:12	I21	Production of microparticles of sulfathiazole by supercritical anti-solvent recrystallization (SAS) in micro-space (Kanazawa U.) *Kasahara N., Yamamoto T., Uchida H.	SAS-MD Microparticles Micro device	8-e	92
15:12– 15:24	I22	Micro foaming of poly (ethylene-co-acrylic acid) using high pressure gas (HIroshima U.) *Hirano Masaki, Kyoumoto Moeka, Ushiki Ikuo, Kihara Shinichi, Takishima Shigeki	Foaming Poly(ethylene-co-acrylic acid) Supercritical fluid	8-e	155

Technical program
21st SCEJ Students Meeting in Kyoto (2019)

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Most recent update: 2019-02-18 13:09:45
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