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SCEJ 83rd Annual Meeting (Osaka, 2018)

Last modified: 2018-02-27 10:00:00

Session programs : 2. Fluid & particle processing

The abstracts can be viewed by clicking the Paper IDs.
The ID/PW printed on the PROGRAM book are required.
(The ID/PW have also been sent to the Early-bird registrees and invited persons by e-mail.)

2. Fluid & particle processing

Hall D, Day 2 | Hall D, Day 3

TimePaper
ID
Title / AuthorsKeywordsTopic codeAck.
number
Hall D(1F 2102), Day 2(Mar. 14)
(9:00–10:40) (Chair: Saeki Takashi, Yamamoto Takuya)
9:009:20D201Numerical simulation on transport phenomena of natural convection in an enclosed horizontal rectangular container
Natural convection
Transport phenomena
Numerical simulation
2-a238
9:209:40D202Effect of viscosity distribution on heat transfer characteristics of Taylor-Couette flow in non-Newtonian fluid system
Taylor-Couette flow
non-Newtonian fluid
Heat transfer
2-a600
9:4010:00D203Perforated Plate Design and Installation Position for Uniform Flow in the Honeycomb
Velocity Distribution
Pressure loss
CFD
2-a552
10:0010:20D204Relation between polymer behavior and turbulent vortex motion in wall turbulence
Polymer
Drag Reduction
Turbulent Flow
2-a180
10:2010:40D205Sediment prevention technique and stability of magneto rheological fluid
slurry
stability
MR Fluid
2-a438
(10:40–12:00) (Chair: Takagi Youhei, Masuda Hayato)
10:4011:00D206Development of a new numerical model of acoustic streaming induced by ultrasonic cavitation
Acoustic streaming
Numerical simulation
Ultrasound
2-a437
11:0011:20D207Measurement and visualization of thickness distribution of nano-film by developing phase-shifting ellipsometer
ellipsometry
phase-shifting technique
thickness measurement
2-a146
11:2011:40D208Evaluation of mixing characteristics for static mixers by visualization measurements
Static Mixer
Mixing
Evaluation
2-b21
11:4012:00D209Effects of edge thickness of blades on power consumption with Rushton turbines
power consumption
edge thickness of blades
Rushton turbine
2-b675
(13:00–15:00) (Chair: Suzukawa Kazumi, Ohta Mitsuhiro)
13:0013:20D213simulation-based optimization of gas dispersion by comparing agitation power in mixing tank
gas-liquid mixing tank
CFD simulation
agitation power
2-b515
13:2013:40D214Development of MILDrum(R) for reduction of calorific value variation rate
mixing
2-b405
13:4014:00D215Prediction of terminal rise velocity of single bubble considering an enhancement effect of external force on bubble surface fluctuation
Single bubble velocity
Bubble surface fluctuation
External force
2-d92
14:0014:20D216Fine bubble generation by vertical and Horizontal vibration
Fine bubble
Bubble diameter distribution
vibration
2-e654
14:2014:40D217Numerical Simulation for Generation Mechanism of Ultrafine Bubble by High-speed Stirring
Ultrafine Bubble
Lattice Boltzmann Method
Numerical Simulation
2-e25
14:4015:00D218Prediction of particle number of aggregates through bubble size measurement under microwave irradiation
microwave
bubble formation
aggregate
2-e120
(15:00–16:40) (Chair: Sakai Mikio)
15:0015:20D219Effect of Viscosity Ratio on Shear-induced Deformation and Breakup of a Drop in Viscous Liquids
Shear flow
Drop breakup
Viscosity ratio
2-e360
15:2015:40D220Verification of CFD Prediction Accuracy of Erosion Rate for Engineering Applications
Erosion Rate
Multi-phase Flow
Particle
2-e147
15:4016:00D221Analysis of rheological properties of solid-liquid-liquid three-phase particle dispersion
Rheology
Capillary suspension
Structure formation
2-e123
16:0016:20D222Effect of food additives on drying of egg white in a spouted bed
egg white powder
spouted bed drying
defluidization
2-c796
16:2016:40D223Analysis for the particle breakage behavior of wet ball milling
ADEM
CFD
Breakage
2-f224
(16:40–17:00) (Chair: Suzuki Hiroshi)
16:4017:00D224[The SCEJ Award for Outstanding Research Achievement] Characterization and Control of Electrostatic Charging of Particulate Materials
The SCEJ Award for Outstanding Research Achievement
0-b805
Hall D(1F 2102), Day 3(Mar. 15)
(9:00–10:20) (Chair: Yokokawa Yoshihiro, Ishigami Toru)
9:009:20D301Correlation analysis between compaction behavior of granular beds and their physical properties
(Toyota Central R&D Lab.) *(Cor)Yokota Maria, (Cor)Tani Masaaki, (Reg)Nakamura Hiroshi
granular matter
uniaxial compression test
2-f516
9:209:40D302Rheological Analysis of Moist Powder by Rheometer Assembled with Powder Fixture
(Toyota Central R&D Lab.) *(Reg)Nakamura Hiroshi, (Cor)Hiruta Osamu, (Cor)Kusano Takumi, (Cor)Ishii Masahiko, (Cor)Tani Masaaki
Rheology
Moist powder
Viscoelasticity
2-f470
9:4010:00D303Correlation between shear property and solvent distribution of wet powder
(Toyota Central R&D Lab.) *(Cor)Kusano Takumi, (Cor)Tani Masaaki, (Cor)Akimoto Yusuke, (Cor)Hiruta Osamu, (Cor)Matsunaga Takuro, (Reg)Nakamura Hiroshi
wet powder
shear test
microscope
2-f497
10:0010:20D304Simulation analysis of the force transmission of fine powder by SDEM
SDEM
force
simulation
2-f16
(10:20–12:00) (Chair: Fukasawa Tomonori, Yamanoi Mikio)
10:2010:40D305SDEM simulation with non-slip capillary force model
SDEM
powder
simulation
2-f62
10:4011:00D306Behavior analysis of fine powder, considering wetting characteristics by SDEM
SDEM
powder
simulation
2-f15
11:0011:20D307Comparison of DEM simulation and experiment of indirect heat transfer phenomenon in the low and medium temperature range of the granular packed bed
Discrete element method
Thermal transfer
Packed bed
2-f434
11:2011:40D308(withdrawn)

100689
11:4012:00D309Electrophoretic classification based on differences in electrophoretic mobility caused by changing in applied electric field
classification
electrophoresis
applied electric field
2-f506

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SCEJ 83rd Annual Meeting (Osaka, 2018)


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