Last modified: 2024-09-19 02:24:28
Time | Paper ID | Title / Authors | Keywords | Topic code | Ack. number | ||
---|---|---|---|---|---|---|---|
SY-55 [Symposium of Division of Fluid & Particle Processing] Frontiers in Mixing Technology 2024
| |||||||
(9:00–10:40) (Chair: | |||||||
N301 | Development of the numerical analysis model for the laminar fluid mixing with practical spatial resolution. | Laminar Fluid Mixing Numerical Simulation | SY-55 | 1102 | |||
N302 | CFD Analysis of Fluid Flow and Mixing in a Stirred Tank: The Effect of Turbulence Models | CFD mixing turbulence | SY-55 | 943 | |||
N303 | Investigation of flow and mixing state in the continuous vessel and mixing performance based on intensity function using CFD | continuous vessel intensity function mixing performance | SY-55 | 700 | |||
N304 | Reproduction of streak line patterns unique to large paddle impellers by numerical analysis | Mixing Streak line Numerical analysis | SY-55 | 22 | |||
N305 | CFD analysis and PIV verification of discharge flow rate and power in a rotor-stator mixer. | rotor-stator mixer CFD PIV | SY-55 | 423 | |||
(10:40–12:00) (Chair: | |||||||
N306 | CFD analysis of power dissipation and shear rate distribution for high viscous and highly shear-thinning fluids in a stirred tank | Shear thinning fluids Power dissipation Metzner-Otto Constant | SY-55 | 288 | |||
N307 | CFD-PBM analysis of the relationship between power consumption and volumetric mass transfer coefficient in a wide range of aeration and agitation conditions | CFD Aerated stirred tank mass transfer | SY-55 | 786 | |||
N308 | Impeller heat transfer characteristics in the laminar region of an enclosed internal induction heated double helical ribbon typed internal induction heating mixing impeller | Induction Heating Mixing Induction Heating Mixing Impeller | SY-55 | 415 | |||
N309 | Effect of number of impeller turns on heat transfer characteristics of double helical ribbon and coil typed internal induction heating mixing impellers | Induction Heating Mixing Induction Heating Mixing Impeller | SY-55 | 417 | |||
(13:00–14:40) (Chair: | |||||||
N313 | Three-dimensional measurement of trailing vortex and turbulent dissipation in a stirring blade turning space using TS-PIV | mixing turbulence Tomographic-stereo PIV | SY-55 | 175 | |||
N314 | Measurement of 3D flow pattern and power consumption with TS-PIV in a stirring blade turning space in transitional regime | mixing transitional regime tomographic PIV | SY-55 | 182 | |||
N315 | Torque and radial load in solid-liquid mixing using eccentric mixing with a Maxblend | Eccentric mixing Solid-liquid mixing torque | SY-55 | 404 | |||
N316 | Optimization of Advanced Mixing impeller (AM impeller) for high viscosity fluid | Mixing High Viscosity fluid | SY-55 | 17 | |||
N317 | Comparison of Mixing Process and Mixing Performance of Various Large Paddle Impellers | Mixing Large Paddle Impeller Mixing Time | SY-55 | 19 | |||
(15:00–17:00) (Chair: | |||||||
N319 | Development of HS603G Impeller for Glass Lining Treatment | Mixing Glass Lining Solid-Liquid System | SY-55 | 37 | |||
N320 | Mixing characteristics in laminar mixing in a swirling agitator SWINGSTIR ® | isolated mixing region swing-based mixing impeller non-Newtonian | SY-55 | 503 | |||
N321 | Understanding of the latex coagulation process based on power number | Salt coagulation Power number Cavern | SY-55 | 1125 | |||
N322 | Study on the mixing mechanism in a semi-batch neutralization reaction with a continuous liquid injection | mixing neutralization reaction reaction rate constant | SY-55 | 353 | |||
N323 | Solid-Liquid Mass Transfer of Floating Particles in Solid-Liquid Agitation | Mixing Solid-Liquid | SY-55 | 83 | |||
N324 | Effect of Operating Conditions on Miniaturization in Two-Step Ultrasonic Emulsification | Ultrasound Emulsification Frequency | SY-55 | 375 |
Technical program
Technical sessions (Wide)
(For narrow screen)
Session programs
Search in technical program
SCEJ 55th Autumn Meeting (Sapporo, 2024)