Day 1 | |||||
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Time | Prog. No. | Title/Author(s) | Keywords | Topics code | ACKN No. |
Fluid & particle processing | |||||
(9:00-10:20) (Chairperson N. Shimada) | |||||
F101 | (JPN) The relative contributions and the hysteresis phenomena of thermal and solutal Marangoni convections on flow patterns in a liquid bridge | Marangoni convection Floating zone technique Hysteresis phenomena | 2-a | 204 | |
F102 | (JPN) Numerical study of the effect of film shape on thermocapillary flow direction in a liquid film | Marangoni Thermocapillary Numerical Simulation | 2-a | 1 | |
F103 | (JPN) Internal flow in microscopic binary solvents/polymer solution droplet evaporating on flat surface | Droplet Internal flow Heat and mass transfer | 2-a | 687 | |
F104 | (JPN) Numerical Simulation of Film Condensation on Solid Objects | Film Condensation Numerical Simulation Front-Tracking | 2-a | 286 | |
(10:20-11:40) (Chairperson Y. Matsukuma) | |||||
F105 | (JPN) Structual analysis of double-diffusive interface using liquid crystal PIV | double-diffusion interface PIV | 2-a | 732 | |
F106 | (JPN) LES Analysis of Fluid and Structure Temperature Fluctuations at T-Junction forThermal Fatigue Evaluation | Thermal Fatigue Temperature Fluctuation Large Eddy Simulation (LES) | 2-a | 258 | |
F107 | (JPN) Neutron CT of the mixing behavior in flow-type supercritical hydrothermal reactor | neutron radiography computed tomography flow-type reactor | 2-a | 78 | |
F108 | (JPN) Numerical simulations of velocity, water density and temperature distributions in a flow-type reactor for supercritical hydrothermal synthesis. | numerical simulation supercritical hydrothermal synthesis neutron radiography | 2-a | 494 | |
(11:40-12:00) (Chairperson S. Homma) | |||||
F109 | (JPN) Control of high-temperature region of multi-phase AC arc for in-flight glass melting | Thermal plasmas Multi-phase arc In-flight melting | 2-a | 324 | |
(13:00-14:00) (Chairperson H. Suzuki) | |||||
F113 | (JPN) Drag reduction and heat transfer characteristics of surfactant solutions in a lower temperature range | Drag reduction Heat transfer Surfactant | 2-a | 750 | |
F114 | (JPN) Numerical simulation of turbulent flow on the functional coating film with local slip velocity | Turbulent flow Functional coating film Numerical simulation | 2-a | 211 | |
F115 | (JPN) Correlation between inter-phase force and large-scale fluid turbulence structure in gas-solid disperse flow | gas-solid disperse flow inter-phase force direct numerical simulation | 2-a | 282 | |
(14:00-15:00) (Chairperson Y. Inoue) | |||||
F116 | (JPN) Correlation of Power Consumption of Mixing Vessel with Helical Coil | mixing power consumption coil | 2-b | 3 | |
F117 | (JPN) Correlation of Power Consumption for Rectangular Mixing Vessel | mixing power consumption rectangular vessel | 2-b | 7 | |
F118 | (JPN) Power Consumption in Gas-Liquid Mixing Vessel with Dual Concave Turbine | mixing power consumption gas-liquid | 2-b | 8 | |
(15:00-16:00) (Chairperson Y. Kato) | |||||
F119 | (JPN) Effects of bubble behavior on mixing promotion for plastic fluid in aerated mixing vessel | aerated mixing cavern plastic fluid | 2-b | 550 | |
F120 | (JPN) Scale up effect on power consumption and mixing time in eccentric mixing with Maxblend impeller | eccentric mixing Maxblend impeller scale up effect | 2-b | 664 | |
F121 | (JPN) The effect of impeller diameter on generation of the poor mixing region induced by a rotationally reciprocating impeller | unsteady mixing impeller diameter poor mixing region | 2-b | 312 | |
(16:00-17:00) (Chairperson K. Nishi) | |||||
F122 | (JPN) Fundamental Structure of Convective Mixing | Fluid Mixing Convective Mixing Mechanism of Mixing | 2-b | 63 | |
F123 | (JPN) Comparison of Numerical Analysis Based on MPS Method with Experiments of the flow in a mixing tank. | MPS mixing CFD | 2-b | 334 | |
F124 | (JPN) Mixing Enhancement of Non-Newtonian Fluid by a Non-element Mixer | Non-Newtonian fluid Non-element mixer chaotic mixing | 2-b | 13 | |
Day 2 | |||||
Time | Prog. No. | Title/Author(s) | Keywords | Topics code | ACKN No. |
Materials engineering & interfacial phenomena | |||||
(9:00-10:00) (Chairperson K. Naoe) | |||||
F201 | (JPN) Chemical sensors using core shell cholesteric emulsion | cholesteric liquid crystal core shell emulsion chemiluminescence | 12-f | 67 | |
F202 | (JPN) Effect of wall materials design of microspheres immobilized photochromic dye and pigment release behavior on their prepared microspheres | microsphere photochromic dye pigment release | 12-f | 228 | |
F203 | (JPN) Evaluation of porous structure and denitrification rate for porous microcapsule immobilized Paracoccus denitrificans | Denitrification Microcapsule Porous | 12-f | 244 | |
(10:00-11:00) (Chairperson M. Yoshida) | |||||
F204 | (JPN) Preparation of Spherical Silica Nanocapsules Using Molecular aggreagtes | nanocapsule silica molecular aggregates | 12-f | 259 | |
F205 | (JPN) Fabrication of uniform-sized microparticles with inkjet printer toward nano/micro tandem drug delivery system | inkjet printer microparticle tandem DDS | 12-f | 297 | |
F206 | (JPN) Preparation conditions of Pickering emulsion using gold nanoparticles | Pickering emulsion nanoparticle aggregation | 12-f | 587 | |
(11:00-12:00) (Chairperson M. Kishida) | |||||
F207 | (JPN) Fabrication of copper-free clickable microcapsules for tissue engineering | Copper-free click chemistry Microcapsule ECM-like scaffold | 12-f | 601 | |
F208 | (JPN) Preparation of aminosilane-alginate hybrid microcapsules and their use for artificial photosynthesis using photocatalyst combined with enzyme. | microcapsule enzyme photocatalyst | 12-f | 665 | |
F209 | (JPN) Preparation of lipid vesicles with high entrapment yield by "lipid-coated ice droplet hydration method" using conventional emulsification methods | lipid vesicles entrapment yield W/O emulsion | 12-f | 668 | |
Day 3 | |||||
Time | Prog. No. | Title/Author(s) | Keywords | Topics code | ACKN No. |
Materials engineering & interfacial phenomena | |||||
(9:00-10:00) (Chairperson K. Kurumada) | |||||
F301 | (JPN) Dynamic shear responses of polymer-polymer interfaces | interface rheology boundary layer | 12-l | 37 | |
F302 | (JPN) Direct numerical simulations of two-phase viscoelastic fluid flows including surface-active particles | CFD Two-phase viscoelastic fluid Surface-active particles | 12-l | 40 | |
F303 | (JPN) Effects of sodium chloride on the dilatant flow of nano-silica suspensions | dilatant flow suspension nano-silica | 12-l | 189 | |
(10:00-11:00) (Chairperson Y. Nakayama) | |||||
F304 | (JPN) Under what condition do we misrecognize powder in motion as liquid? | powder in motion liquid in flow misrecognition | 12-l | 289 | |
F305 | (JPN) Does stretching motion of a liquid work as a key signal for tangible viscosity? -How should the interface be involved in the kinematic framework?- | viscosity spinnability kinematic coincidence | 12-l | 291 | |
F306 | (JPN) Rheology simulation at high Peclet number for a concentrated fine particle suspension | concentrated suspension rheology direct numerical simulation | 12-l | 779 | |
(11:00-11:40) (Chairperson A. Shioi) | |||||
F307 | (JPN) Asymmetric Recognition/Synthesis on Liposome Membrane | liposome Membrane asymmetricity membranome | 12-m | 374 | |
F308 | (JPN) L-Pro-Catalyzed Michael Addition Reaction on Liposome Membrane | liposome Membrane L-Proline membranome | 12-m | 376 | |
(11:40-12:00) (Chairperson A. Shioi) | |||||
F309 | [The SCEJ Young Investigator Researcher Award](JPN) Synthesis and structuralization of phosphor particle materials for control of photoluminescence properties | The SCEJ Young Investigator Researcher Award | 12-k | 800 |