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SCEJ 56th Autumn Meeting
Sep. 16 (Tue) - 18 (Thu), 2025
Toyosu Campus, Shibaura Institute of Technology
Japanese page
The "Encouragement Award" and "Presentation Award" of Symposium Award of Division of Fluid Particle Processing will be given to the outstanding presentations among those entries.
\n\nFor details, please check the application guidelines below.
\n\nhttps://scej-fpp.org/partluid/symposium/
\n\nPlease note that "Presentation Award" for students is also an entry-based competition.
\n\nYou can enter the competition via the link below.
\n\nMost recent update: 2025-12-05 15:48:01
 The keywords that frequently used in this topics code. | Keywords | Number | |
|---|---|---|---|
| mixing | 7 |  | |
| CFD | 5 | | |
| laminar flow | 2 | | |
| Power Consumption | 2 | | |
| Induction Heating Mixing Impeller | 2 | | |
| turbulence | 1 | | |
| ACKN No. | Title/Author(s) | Keywords | Style |
|---|---|---|---|
| 82 | CFD-PBM analysis of time evolution of droplet size distribution with a rotor-stator mixer. | rotor-stator mixer CFD PBM | O |
| 116 | Residence time distribution in continuous tank ultrasonic reactor | Flow reactor Ultrasound Residence time distribution | O |
| 193 | Experimental Study on Mixing Time Across a Wide Range of Reynolds Numbers | Mixing time | O |
| 291 | Investigation of solid-liquid agitation at high particle concentration using an HS604 impeller | Solid liquid mixing High particle concentration Scale up | O |
| 292 | Torque and Radial Load of Two-Blades Wide Paddle Impeller Using CFD | Torque, Radial Load CFD FFT Analysis | O |
| 293 | Power Consumption and Mixing Performance in Eccentric Mixing with a Six-Blades Vertical Paddle Impeller | Eccentric Mixing Double Stage Impeller Impeller Located Conditions | O |
| 294 | Power Consumption and Volumetric Mass Transfer Coefficient in Gas-Liquid Mixing with a Multistage Impeller | Gas-Liquid Mixing Mass Transfer Coefficient Power Consumption | O |
| 302 | Investigation of turbulent mixing and neutralization reaction mechanism with continuous liquid injection and stirring | mixing neutralization reaction reaction rate constan | O |
| 311 | Laminar mixing analysis by interface visualization in a batch-type oscillatory baffled reactor | Laminar mixing Oscillatory baffled reactor Folding and stretching mixing | O |
| 315 | Study on Dispersion Behavior of Particles with Small Density Difference from the Liquid in Solid-Liquid Mixing Using CFD-DEM | Particle Dispersion Behavior CFD-DEM Local Particle Concentration | O |
| 325 | Influence of Blade Thickness on the Power characteristics of the agitator of a Double Helical Ribbon Impeller with Internal Induction Heating | Induction Heating Mixing Induction Heating Mixing Impeller | O |
| 326 | Heat Transfer Characteristics in Turbulent Flow with Internal Induction Heating typed Double Helical Ribbon Impellers | InductionHeating Mixing Induction Heating Mixing Impeller | O |
| 344 | CFD-PBM simulation of a draft-tube type stirred vessel for promoting homogeneous crystal aggregation | CFD crystallization population balance model | O |
| 350 | Comparison of Mixing Performance of the Modified New AM Impeller with Impeller Phase Shift | Mixing Highly Viscous Fluid AM Impeller | O |
| 355 | Mathematical Modeling of Microbial Respiration in a Bioreactor | Bioreactor Microorganisms Respiration Model | O |
| 363 | Development of VM200G Vertical Motion Mixer for Glass Lining | Glass Lining Mixing Impeller | O |
| 449 | [Review lecture] Evolution of Stirred Tank Reactors and Future Developments | Agitation Agitator Stirred Tank Reactor | O |
| 459 | Correlation of Volumetric Mass Transfer Coefficient in a Solid-Liquid Mixing Vessel with Floating Particles | Mixing Solid-Liquid | O |
| 532 | Dynamics of the poor mixing region induced by a rotationally reciprocating anchor impeller | poor mixing region laminar flow laminar flow | O |
| 551 | Verification of CFD analysis of water surface vortex in a high-speed mixer | High Speed Mixer CFD Vortex | O |
| 784 | Effect of length/diameter ratio of horizontal vessel on mixing characteristics | Horizontal Stirred Vessel Length / Diameter ratio Power Consumption | O |
| 916 | CFD Analysis of Turbulent Mixing and Diffusion in a Stirred Tank | CFD mixing turbulence | O |
Organizing Committee of SCEJ 56th Autumn Meeting (2025)
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