Collaborative Research Projects
- Active Control of Protein Mass Transfer by Membranes with Various Pore Patterns
- Shape estimation of pipe inner corrosion based on ultrasonic reflection
- Investigation of a predictive therapeutic response under controlled oxygen condition in cancer patient-derived organoids
- Experimental study of new model electroactive materials (TEmPuRA)
- Nonlinear Bifurcation and Dynamic Mode decomposition for Taylor Vortex in Gap between Rotating Two Cylinders/Cones
- Monitoring eukaryotic cell functions under various hypoxic conditions with microfluidic differential oxygenators
- Finsler geometry modeling of skyrmions geometrically confined in nanodots: stability and morphology under stresses
- Numerical Study on Electrical Drift and Diffusion of Ions in Polymer Strips
- Mass Transfer Enhancement and Control by using Ultrasound Induced Flow
- Coupled Analysis Approach to Integrated Multiphase Energy Systems
- Multiscale simulation of Carbon electromigration in iron
- Recipe of polymer coating by cold spray
- Epoxy polymer for ammonia storage solutions
- Clarification of flow structures related to jet noise generation using mode analysis and high-precision jet flow simulation
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Active Control of Protein Mass Transfer by Membranes with Various Pore Patterns
Atsuki KOMIYA
Institute of Fluid Science, Tohoku University -
Shape estimation of pipe inner corrosion based on ultrasonic reflection
Hiroyuki NAKAMOTO
Kobe University -
Investigation of a predictive therapeutic response under controlled oxygen condition in cancer patient-derived organoids
Nicolas AZNAR
Cancer Research Center of Lyon -
Experimental study of new model electroactive materials (TEmPuRA)
Gildas COATIVY
INSA Lyon -
Nonlinear Bifurcation and Dynamic Mode decomposition for Taylor Vortex in Gap between Rotating Two Cylinders/Cones
Takahiro ADACHI
Akita University -
Monitoring eukaryotic cell functions under various hypoxic conditions with microfluidic differential oxygenators
Jean-Paul RIEU
University Claude Bernard Lyon 1 -
Finsler geometry modeling of skyrmions geometrically confined in nanodots: stability and morphology under stresses
Fumitake KATO
National Institute of Technology, Ibaraki College -
Numerical Study on Electrical Drift and Diffusion of Ions in Polymer Strips
Joel COURBON
INSA Lyon -
Mass Transfer Enhancement and Control by using Ultrasound Induced Flow
Atsuki KOMIYA
Institute of Fluid Science, Tohoku University -
Coupled Analysis Approach to Integrated Multiphase Energy Systems
Jun ISHIMOTO
Institute of Fluid Science, Tohoku University -
Multiscale simulation of Carbon electromigration in iron
Takashi TOKUMASU
Institute of Fluid Science, Tohoku University -
Recipe of polymer coating by cold spray
Chrystelle BERNARD
Frontier Research Institute for Interdisciplinary Sciences, Tohoku University -
Epoxy polymer for ammonia storage solutions
Nicolas MARY
INSA Lyon -
Clarification of flow structures related to jet noise generation using mode analysis and high-precision jet flow simulation
Aiko YAKENO
Institute of Fluid Science, Tohoku University
