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Volume 43 (2018)
- Issue 6 Pages 252-
- Issue 5 Pages 194-
- Issue 4 Pages 122-
- Issue 3 Pages 80-
- Issue 2 Pages 34-
- Issue 1 Pages 2-
Volume 43, Issue 6
Displaying 1-6 of 6 articles from this issue
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Special Topic : AMS 11
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[in Japanese], [in Japanese], [in Japanese], [in Japanese], [in Japane ...2018 Volume 43 Issue 6 Pages 252-
Published: 2018
Released on J-STAGE: December 11, 2018
JOURNAL RESTRICTED ACCESSDownload PDF (1044K)
Special Topic : ICIM 2018
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[in Japanese], [in Japanese], [in Japanese], [in Japanese], [in Japane ...2018 Volume 43 Issue 6 Pages 268-
Published: 2018
Released on J-STAGE: December 11, 2018
JOURNAL RESTRICTED ACCESSDownload PDF (971K) -
[in Japanese], [in Japanese]2018 Volume 43 Issue 6 Pages 278-
Published: 2018
Released on J-STAGE: December 11, 2018
JOURNAL RESTRICTED ACCESSDownload PDF (910K) -
[in Japanese]2018 Volume 43 Issue 6 Pages 282-
Published: 2018
Released on J-STAGE: December 11, 2018
JOURNAL RESTRICTED ACCESSDownload PDF (720K)
Original Contribution
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Yasushi Mino, Shohei Sakai, Hideto Matsuyama2018 Volume 43 Issue 6 Pages 286-
Published: 2018
Released on J-STAGE: December 11, 2018
JOURNAL FREE ACCESSWe present a numerical method to simulate the filtration process of particle suspensions. Our numerical frame work is based on the lattice Boltzmann method (LBM) for fluid dynamics and the discrete element method (DEM) for particle dynamics, which are fully coupled using the smoothed profile method (SPM). Using the model, we simulate the filtration of particle suspension under a dead–end and constant-pressure condition. The effects of rolling friction torque on the behaviors of particles captured by the filter are investigated. Our simulation results demonstrate that rolling friction coefficients shift the position where the particles deposited and thus change the time evolutions of permeate flux.View full abstractDownload PDF (939K)
Products Spotlight
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Takashi Kamada, Munehiro Nozoe2018 Volume 43 Issue 6 Pages 292-
Published: 2018
Released on J-STAGE: December 11, 2018
JOURNAL RESTRICTED ACCESSReverse osmosis (RO) process has been developed for water purification and energy saving of some kinds of industrial factories and desalination plants. Because of the change of water resource, some customers tend to demand high rejection type RO elements. CPA7–LD element was developed under the concept of higher rejection for some kinds of solutes. This element shows higher solute rejection, especially silica and can be applied for the industrial waste water recovery and boiler makeup water for power generation.View full abstractDownload PDF (787K)
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