Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number |
---|---|---|---|---|---|
Hall C, Day 1 | |||||
(9:00–10:00) (Chair: Ban T.) | |||||
C101 | Unsteady flow in mixing and reaction processes between an aqueous polymer solution and a metal ion | polymer mixing reaction | S-24 | 872 | |
C102 | Immiscible viscous fingering with a decrease in interfacial tension induced by a chemical reaction | Viscous fingering Interfacial tension Marangoni flow | S-24 | 893 | |
C103 | Effects of combination of dissolved ionic species and particle size on the thermophoresis of suspended particle | Micro Separator Thermophoresis Suspension | S-24 | 636 | |
(10:00–11:00) (Chair: Nagatsu Y.) | |||||
C104 | Combined effects of thermal and solutal Marangoni convections on flow patterns in a half zone liquid bridge | Marangoni convection Floating zone technique Si/Ge | S-24 | 554 | |
C105 | Relation between the pattern formation in thermal convection and entropy production rate | Entropy production rate Thermal Marangoni Convection Pattern Formation | S-24 | 516 | |
C106 | Viscoelastic Flow Simulation of Flim Casting Process | Viscoelastic Flow Simulation Film Casting | S-24 | 463 | |
(11:00–12:00) (Chair: Iwata S.) | |||||
C107 | Effects of particle size on infiltaration speed into porous medium | Lattice Boltzmann Method infiltration porous medium | S-24 | 170 | |
C108 | Numerical Analysis of Stefan Problem by Phase Field Method (Division of Materials Sci., Graduate School of Sci. and Eng., Saitama U.) Koga Jiro, | Stefan problem Phase field method Singular limit | S-24 | 109 | |
C109 | A Front-Tracking Method for Three-Phase Computations of Solidification with Volume Change | Solidification Front-Tracking Volume Change | S-24 | 2 | |
(13:00–13:40) (Chair: Ohkawara S.) | |||||
C113 | Physical modeling of biological matters such as soft tissue | Physical modeling Biological matters Soft tissue | S-24 | 356 | |
(13:40–14:20) (Chair: Maekawa M.) | |||||
C115 | Application and development of multi-phase CFD simulation including mass transfer for chemical processes (Adv. Simulation Group, Chemical Eng. Laboratory, MCHC R&D Synergy Center, Inc.) Ishiba Yasushi | Multi-phase Simulation Mass-Transfer | S-24 | 551 | |
(14:20–15:20) (Chair: Yamamura M.) | |||||
C117 | The Direct Numerical Simulation of self-propelled particles that mimic the bacteria | Microorganism Bacteria Direct Numerical Simulation | S-24 | 627 | |
C118 | Numerical simulation of a solid-fluid two phase flow in a twin screw kneader | twin screw kneader solid-fluid two phase flow signed distance function | S-24 | 813 | |
C119 | Development of a numerical analysis method for molding products by particle methods | Coupled analysis method Large deformation Nonlinear analysis | S-24 | 645 | |
(15:20–16:40) (Chair: Saeki T.) | |||||
C120 | Ribbing instability of fluids coated on a patterned surface | UV-curable resin ribbing instability gravure coating | S-24 | 808 | |
C121 | Flow Characteristics of Hyaluronate Solution in Micro Abrupt Contraction-Expansion Channels Having Different Contraction-Expansion Ratio | hyaluronate solution elastic turbulence micro channel | S-24 | 506 | |
C122 | A study of micromixing flow utilizing the effect of the Marangoni convection on a gas-liquid free interface with a constricted shape of the channel | Micromixing Marangoni effect PIV | S-24 | 311 | |
C123 | Vortex deformation in two-dimensional turbulence due to drag reduction effects of rod-like micelles. | Rod-like micelles Drag reduction effects Vortex deformation | S-24 | 590 | |
(16:40–18:00) (Chair: Matsukuma Y.) | |||||
C124 | Two-dimensional flow polarization measurement and visualization around an air bubble under pressure-oscillating field. | pressure oscillation visualization flow birefringence | S-24 | 864 | |
C125 | Evaluation scheme of heat transfer characteristics of flat heat-pipe heat spreader | thermography thermal simulation | S-24 | 970 | |
C126 | Effect of baffle on mass transfer in a falling film microreactor | falling film microreactor mass transfer VOF | S-24 | 308 | |
C127 | Behavior of suspended particles in spiral microchannel with the modified and rectangular cross-section | particle separation CFD | S-24 | 200 |