SCEJ 49th Autumn Meeting (Nagoya, 2017): List of the applications (topics)

SY-52. [Symposium of Division of Fluid & Particle Processing] Bubbles, Drops, and Particles Dispersion Engineering 2017

Organizer(s):

Iwata Shuichi (Nagoya Inst. Tech.), Sakai Mikio (Univ. of Tokyo), Yamada Masumi (Chiba Univ.), Ando Keita (Keio Univ.)

Most recent update: 2018-02-12 17:39:01

The keywords that frequently used in this topics code.	Keywords	Number
Volume of Fluid	2
bubble-induced oscillation	1

The keywords that frequently used
in this topics code.

Keywords

Number

Volume of Fluid

bubble-induced oscillation

ACKN No.	Title/Author(s)	Keywords	Style
16	[Outstanding Paper Award] Shear-Induced Microbubble Generation at High Pressures (KOBELCO) *(Ful)Shimizu Tsutomu, (AIST) (Ful)Yamamoto Yoshitaka, Tenma Norio	Bubble Size Distribution Shear Coalescence Turbulent Shear Rate	O
39	Strategies on the application of CFD in Chemical Engineering(part3:validation and discussion on liquid-liquid mixing in a vessel) (Mitsui Chemicals) *(Ful)Kawada Atsushi, (Ube Industries) (Ful)Suemasu Takeshi, (Sumitomo Chemical) (Ful)Shimada Naoki, (Tosoh) (Ful)Taki Kazutaka, (Idemitsu Kosan) (Ful)Sakakura Kei, (Mitsubishi Chemical) (Ful)Ishiba Yasushi	CFD(ComputationalFluidDynamics) PBM(populationBalanceModel) Multi-phase Mixing	O
41	Neutralization of alkali waste water by using carbon dioxide fine bubble (IHI) (Cor)Yoshida Yuka	Fine bubble Neutralization Waste water treatment	O
72	Quantitative estimation of non-equilibrium local heating by microwave irradiation (U. Hyogo) Nishijima Shunsuke, Kan Haruka, *(Ful)Asakuma Yusuke	Microwave non-equilibrium condition DLS	O
80	Numerical simulation of a liquid ligament in cross-flowing gas (Tohoku U.) *(Ful)Saito Yasuhiro, Soma Tatsuya, (Stu)Mayusumi Hidenori, (Ful)Matsushita Yohsuke, (Ful)Aoki Hideyuki, (Hachinohe Inst. Tech.) (Ful)Daikoku Masatoshi, (Hirosaki U.) Okabe Takahiro, Inamura Takao, (Honda Motor) Fukuno Junichi	Volume of Fluid ligament breakup	O
108	Development of a rolling friction model for the DEM coarse grain model (U. Tokyo) *(Stu)Takabatake Kazuya, (Ful)Sakai Mikio	DEM Coarse grain model Rolling friction model	O
113	Numerical Simulation for Predicting Morphology of A Thin Solid Layer Forming from An Inkjet Solution Droplet (Kyushu U.) *(Stu)Harada Takuya, (Stu)Ishizuka Hirotaka, (Ful)Fukai Jun	drying solid thin film inkjet	O
136	Effect of diameter of the vessel on bubble-induced oscillation (Fukuoka U.) *(Ful)Kanai Y., (NIT Oshima) (Ful)Kobayashi K., (Fukuoka U.) (Ful)Suzukawa K.	bubble-induced oscillation horizontal cylindrical vessel oscillation frequency	O
158	Prediction of terminal rise velocity of single bubble influenced by an external force (Yamaguchi U.) *(Ful)Nakao K., (NIT Oshima) (Ful)Furumoto K.	Single bubble velocity Bubble surface fluctuation External force	O
160	[Keynote lecture] Scale up of Heat Transfer in Granular Flows (Rutgers U.) *Glasser B. J., Yohannes Bereket, Borghard W. G., Muzzio F. J., Cuitino A. M.	Granular flow Heat transfer DEM Simulations	O
180	[Invited lecture] Innovative Design of Chemical System for Sustainable Society (U. Tokyo) (Ful)Tsutsumi Atsushi	exergy self-heat recuperation sustainable chemical engineering	O
188	Investigation of calculation method of viscosity for volume of fluid method (Tohoku U.) *(Stu)Mayusumi Hidenori, Soma Tatsuya, (Ful)Saito Yasuhiro, (Ful)Matsushita Yohsuke, (Ful)Aoki Hideyuki	Volume of Fluid droplet viscosity	O
191	Zero vorticity flux condition at an interface between two phases (Osaka U.) (Ful)Ueyama Korekazu	vorticity rotation of velocity vector rotation of momentum vector	O
192	Computation method of lift and drag forces using the zero vorticity flux condition (Osaka U.) (Ful)Ueyama Korekazu	simple shear flow drag force lift force	O
202	Computational modeling for industrial die filling processes (U. Tokyo) *(Stu)Yao Huaqin, (Ful)Sakai Mikio	DEM-CFD Particulate flow Die filling	O
206	Comparison of dispersion behaviors of aggregates by ultrasonic irradiation and mechanical stirring (Okayama U.) *(Stu)Sumitomo S., (Ful)Uddin M. A., (Ful)Kato Y.	Mixing Dispersion Particle	O
517	Modeling Droplet Size Distribution Using Adaptive Multi-Size Group Method (CD-adapco) (Ful)Matsuda T.	CFD Multiphase Size Distribution	O
746	Study of droplet size prediction model in membrane emulsification considering droplet formation shape (Tohoku U.) *(Ful)Ono Takumi, Sato Yui, (Ful)Ota Masaki, (Ful)Sato Yoshiyuki, (Ful)Inomata Hiroshi	membrane emulsification size prediction model O/W emulsion	O
774	Effect of vessel shape on the nano-dispersion rate of zirconium phosphate by ultrasonic irradiation (Kobe U.) *(Stu)Fukunaga Saki, (Ful)Horie Takafumi, (Kaneka) (Ful)Sugiyama Hiroaki, (Ful)Kanda Akihisa, (Kobe U.) Higashi Sayaka, (Ful)Taniya Keita, (Ful)Nishiyama Satoru, (Ful)Ohmura Naoto	ultrasonic irradiation pressure distribution nano-dispersion	O
892	Study by numerical simulation of solid-liquid two phase flow through an abrupt contraction. (Nihon U.) *(Stu)Honma Y., (Ful)Ando T., (PIA) (Ful)Koike O., (U. Tokyo) (Ful)Tatsumi R.	Bottleneck Obstacle Solid-liquid two phase fluid	O
900	Numerical analysis of shear-induced deformation and break-up of a drop at the vicinity of a solid wall (Tokushima U.) *(Ful)Ohta Mitsuhiro, (Mitsubishi Electric Eng.) Oku Shosei	Shear flow Drop deformation Drop break-up	O
907	Interfacial hydrodynamics in a partially miscible system (TUAT) *(Stu·PCEF)Suzuki Ryuta, (Ful)Nagatsu Yuichiro, (IIT) Mishra Manoranjan, (Osaka U.) (Ful)Ban Takahiko	Viscous fingering partially miscible instability	O
971	Quantification of a reduction in dissolved nitrogen concentration by aerating water with oxygen microbubbles (Keio U.) *(Ful)Ando Keita, Yamashita Tatsuya	Microbubble aeration Gas dissolution Purging effect	O
975	Local flow structure around a bubble behavior near a wall under pressure-oscillating field (NITech) *(Stu)Ohtani Toshiki, (Ful)Iwata Shuichi, (Ful)Mori Hideki, (Ful)Nagumo Ryo, (Nagaoka U. Tech.) (Ful)Takahashi Tsutomu, (Photron) Ohnuma Takashi	viscoelastic fluid polarization imaging bubble	O

ACKN
No.

Title/Author(s)

Keywords

Style

[Outstanding Paper Award] Shear-Induced Microbubble Generation at High Pressures
(KOBELCO) *(Ful)Shimizu Tsutomu, (AIST) (Ful)Yamamoto Yoshitaka, Tenma Norio

Bubble Size Distribution
Shear Coalescence
Turbulent Shear Rate

Strategies on the application of CFD in Chemical Engineering(part3:validation and discussion on liquid-liquid mixing in a vessel)
(Mitsui Chemicals) *(Ful)Kawada Atsushi, (Ube Industries) (Ful)Suemasu Takeshi, (Sumitomo Chemical) (Ful)Shimada Naoki, (Tosoh) (Ful)Taki Kazutaka, (Idemitsu Kosan) (Ful)Sakakura Kei, (Mitsubishi Chemical) (Ful)Ishiba Yasushi

CFD(ComputationalFluidDynamics)
PBM(populationBalanceModel)
Multi-phase Mixing

Neutralization of alkali waste water by using carbon dioxide fine bubble
(IHI) (Cor)Yoshida Yuka

Fine bubble
Neutralization
Waste water treatment

Quantitative estimation of non-equilibrium local heating by microwave irradiation
(U. Hyogo) Nishijima Shunsuke, Kan Haruka, *(Ful)Asakuma Yusuke

Microwave
non-equilibrium condition
DLS

Numerical simulation of a liquid ligament in cross-flowing gas
(Tohoku U.) *(Ful)Saito Yasuhiro, Soma Tatsuya, (Stu)Mayusumi Hidenori, (Ful)Matsushita Yohsuke, (Ful)Aoki Hideyuki, (Hachinohe Inst. Tech.) (Ful)Daikoku Masatoshi, (Hirosaki U.) Okabe Takahiro, Inamura Takao, (Honda Motor) Fukuno Junichi

Volume of Fluid
ligament
breakup

108

Development of a rolling friction model for the DEM coarse grain model
(U. Tokyo) *(Stu)Takabatake Kazuya, (Ful)Sakai Mikio

DEM
Coarse grain model
Rolling friction model

113

Numerical Simulation for Predicting Morphology of A Thin Solid Layer Forming from An Inkjet Solution Droplet
(Kyushu U.) *(Stu)Harada Takuya, (Stu)Ishizuka Hirotaka, (Ful)Fukai Jun

drying
solid thin film
inkjet

136

Effect of diameter of the vessel on bubble-induced oscillation
(Fukuoka U.) *(Ful)Kanai Y., (NIT Oshima) (Ful)Kobayashi K., (Fukuoka U.) (Ful)Suzukawa K.

bubble-induced oscillation
horizontal cylindrical vessel
oscillation frequency

158

Prediction of terminal rise velocity of single bubble influenced by an external force
(Yamaguchi U.) *(Ful)Nakao K., (NIT Oshima) (Ful)Furumoto K.

Single bubble velocity
Bubble surface fluctuation
External force

160

[Keynote lecture] Scale up of Heat Transfer in Granular Flows
(Rutgers U.) *Glasser B. J., Yohannes Bereket, Borghard W. G., Muzzio F. J., Cuitino A. M.

Granular flow
Heat transfer
DEM Simulations

180

[Invited lecture] Innovative Design of Chemical System for Sustainable Society
(U. Tokyo) (Ful)Tsutsumi Atsushi

exergy
self-heat recuperation
sustainable chemical engineering

188

Investigation of calculation method of viscosity for volume of fluid method
(Tohoku U.) *(Stu)Mayusumi Hidenori, Soma Tatsuya, (Ful)Saito Yasuhiro, (Ful)Matsushita Yohsuke, (Ful)Aoki Hideyuki

Volume of Fluid
droplet
viscosity

191

Zero vorticity flux condition at an interface between two phases
(Osaka U.) (Ful)Ueyama Korekazu

vorticity
rotation of velocity vector
rotation of momentum vector

192

Computation method of lift and drag forces using the zero vorticity flux condition
(Osaka U.) (Ful)Ueyama Korekazu

simple shear flow
drag force
lift force

202

Computational modeling for industrial die filling processes
(U. Tokyo) *(Stu)Yao Huaqin, (Ful)Sakai Mikio

DEM-CFD
Particulate flow
Die filling

206

Comparison of dispersion behaviors of aggregates by ultrasonic irradiation and mechanical stirring
(Okayama U.) *(Stu)Sumitomo S., (Ful)Uddin M. A., (Ful)Kato Y.

Mixing
Dispersion
Particle

517

Modeling Droplet Size Distribution Using Adaptive Multi-Size Group Method
(CD-adapco) (Ful)Matsuda T.

CFD
Multiphase
Size Distribution

746

Study of droplet size prediction model in membrane emulsification considering droplet formation shape
(Tohoku U.) *(Ful)Ono Takumi, Sato Yui, (Ful)Ota Masaki, (Ful)Sato Yoshiyuki, (Ful)Inomata Hiroshi

membrane emulsification
size prediction model
O/W emulsion

774

Effect of vessel shape on the nano-dispersion rate of zirconium phosphate by ultrasonic irradiation
(Kobe U.) *(Stu)Fukunaga Saki, (Ful)Horie Takafumi, (Kaneka) (Ful)Sugiyama Hiroaki, (Ful)Kanda Akihisa, (Kobe U.) Higashi Sayaka, (Ful)Taniya Keita, (Ful)Nishiyama Satoru, (Ful)Ohmura Naoto

ultrasonic irradiation
pressure distribution
nano-dispersion

892

Study by numerical simulation of solid-liquid two phase flow through an abrupt contraction.
(Nihon U.) *(Stu)Honma Y., (Ful)Ando T., (PIA) (Ful)Koike O., (U. Tokyo) (Ful)Tatsumi R.

Bottleneck
Obstacle
Solid-liquid two phase fluid

900

Numerical analysis of shear-induced deformation and break-up of a drop at the vicinity of a solid wall
(Tokushima U.) *(Ful)Ohta Mitsuhiro, (Mitsubishi Electric Eng.) Oku Shosei

Shear flow
Drop deformation
Drop break-up

907

Interfacial hydrodynamics in a partially miscible system
(TUAT) *(Stu·PCEF)Suzuki Ryuta, (Ful)Nagatsu Yuichiro, (IIT) Mishra Manoranjan, (Osaka U.) (Ful)Ban Takahiko

Viscous fingering
partially miscible
instability

971

Quantification of a reduction in dissolved nitrogen concentration by aerating water with oxygen microbubbles
(Keio U.) *(Ful)Ando Keita, Yamashita Tatsuya

Microbubble aeration
Gas dissolution
Purging effect

975

Local flow structure around a bubble behavior near a wall under pressure-oscillating field
(NITech) *(Stu)Ohtani Toshiki, (Ful)Iwata Shuichi, (Ful)Mori Hideki, (Ful)Nagumo Ryo, (Nagaoka U. Tech.) (Ful)Takahashi Tsutomu, (Photron) Ohnuma Takashi

viscoelastic fluid
polarization imaging
bubble

List of received applications (By topics code)

List of received applications

SCEJ 49th Autumn Meeting (Nagoya, 2017)

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Most recent update: 2018-02-12 17:39:01
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List of received applications (By topics code)

SY) SCEJ Division Symposium

SY-52. [Symposium of Division of Fluid & Particle Processing] Bubbles, Drops, and Particles Dispersion Engineering 2017