SCEJ 47th Autumn Meeting (Sapporo, 2015): List of the applications (topics)

Most recent update: 2016-01-20 13:09:01

The keywords that frequently used in this toopics code.	Keywords	Number
	MIXING	4
	Power Consumption	3
	Mixing time	2
	horizontal load	2
	agitation vessel	2
	CFD	2
	Simulation	2
	phase inversion	1

ACKN No.	Title/Author(s)	Keywords	Style
1	Streak line pattern of large impeller based on numerical analysis (NITech) *Yoshida M., Kato Y., Furukawa H., Tada Y.	mixing streak-line simulation	O
2	Characteristics of power consumption and mixing time of new large paddle (HB type) impeller (NITech) *Otani S., Kato Y., Furukawa H., Tada Y.	mixing power consumption mixing time	O
106	CFD Analysis of Shaking Stirrer Vessel for Mammalian-Cell-Culture (Hitachi R&D) *Oka Kenichiro, (Hitachi Healthcare) Ando Takashi, (Hitachi Infrastructure) Sugita Yui, (Hitachi R&D) Namba Masaru, Shibuya Keisuke, Haga Ryoichi	Mammalian-Cell-Culture CFD Shaking Stirrer	O
256	[Review lecture] The flow from a mixing impeller and some phenomena (Yokohama Nat. U.) Nishi K.	start up torque fluctuation of torque horizontal load	O
259	Investigation of torque and horizontal load on flat paddle impeller in eccentric mixing (Yokohama Nat. U.) *Tanabe H., Misumi R., Nishi K., Kaminoyama M.	eccentric mixing horizontal load torque	O
317	Measurement of modified drag coefficient of fractal shaped blades (Fukuoka U.) *Suzukawa K., Tomoda K., Sakamoto R., Kanai Y.	Fractal shaped impeller Power consumption Drag coefficient	O
322	Design for a Multiphase Mixing Tank by Using Numerical Simulation (Sumitomo Metal Mining) *Suganuma S., Sasaki Y.	Mixing Simulation CFD	O
334	Comparison between Mixing Characteristics of Large Impeller and Multi-stage small Impeller in Non-Newtonian fluid (Yamagata U.) *Iwata N., Takahata Y., Takahashi K.	Power Consumption Mixing time Maxblend	O
403	Power and flow characteristics of partially baffled vessel agitated by rotating impeller (Muroran Inst. Tech.) *Ishioka Kohei, Ebina Hiromu, Oiso Koki, Shirosaki Hayato, Yoshida Masanori	agitation vessel partial baffle liquid flow	O
406	Energy transmission efficiency of forward-reverse rotating impeller (Muroran Inst. Tech.) *Oiso Koki, Shirosaki Hayato, Ishioka Kohei, Ebina Hiromu, Yoshida Masanori	agitation vessel forward-reverse impeller efficiency	O
449	Scale-Up for Gas absorption of Non-Newtonian Fluid (Kobelco Eco-Solutions) *Kikuchi Masahiko, Minami Toshimitsu	MIXING Gas absorption Non-Newtonian Fluid	O
513	Quantification of drop size distribution under high-concentrated dispersion state with phase inversion in an annular centrifugal contactor (Yokohama Nat. U.) *Ishihara N., Misumi R., Nishi K., Kaminoyama M., (JAEA) Sano Y., Sakamoto A., Takeuchi M., Koizumi K.	liquid-liquid extraction drop size distribution phase inversion	O
740	The effective viscosity and shear rate for a Carreau model fluid in a Taylor-Couette flow reactor (Kobe U.) *Masuda Hayato, Horie Takafumi, (WUT) Hubacz R., (Kobe U.) Ohmura Naoto	Taylor-Couette flow Carreau model critical Reynolds number	O

List of received applications (By topics code)

List of received applications
SCEJ 47th Autumn Meeting (Sapporo, 2015)

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Most recent update: 2016-01-20 13:09:01
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`SCEJ 47th Autumn Meeting (Sapporo, 2015)`

List of received applications (By topics code)

SE) SCEJ Division session

SE-14. Foundation and Application of Mixing Technology (Oral)