共同研究プロジェクト
- Turing patterns on thermally fluctuating membranes: Numerical and mathematical studies on the origin of anisotropic Turing patterns
- KERATOX project : Study of the Impact of Hypoxia on Human Keratinocytes
- Shape estimation of pipe inner corrosion based on ultrasonic reflection
- Local compression test of 3D-printed SiC in an electron microscope
- Carbon diffusion in iron assisted by an electric field: Model and experiment
- Monitoring eukaryotic cell functions under controlled oxygen conditions with microfluidic devices
- Experimental study of new model electroactive materials (TEmPuRA)
- Crossover study between dynamic mode decomposition and stability analysis of nonlinear flow behavior occurring between a rotating double cylinder/circular cone
- Mass Transfer Enhancement and Control by using Ultrasound Induced Flow
- Evaluation of VIP performance and investigation of degradation mechanism by aging effect
-
Turing patterns on thermally fluctuating membranes: Numerical and mathematical studies on the origin of anisotropic Turing patterns
Fumitake KATO
National Institute of Technology, Ibaraki College -
KERATOX project : Study of the Impact of Hypoxia on Human Keratinocytes
Nicolas AZNAR
University Claude Bernard Lyon 1 -
Shape estimation of pipe inner corrosion based on ultrasonic reflection
Hiroyuki NAKAMOTO
Kobe University -
Local compression test of 3D-printed SiC in an electron microscope
Hiroki KURITA
Graduate School of Environmental Studies, Tohoku University -
Carbon diffusion in iron assisted by an electric field: Model and experiment
Patrice CHANTRENNE
INSA Lyon -
Monitoring eukaryotic cell functions under controlled oxygen conditions with microfluidic devices
Jean-Paul RIEU
University Claude Bernard Lyon 1 -
Experimental study of new model electroactive materials (TEmPuRA)
Gildas COATIVY
INSA Lyon -
Crossover study between dynamic mode decomposition and stability analysis of nonlinear flow behavior occurring between a rotating double cylinder/circular cone
Takahiro ADACHI
Akita University -
Mass Transfer Enhancement and Control by using Ultrasound Induced Flow
Atsuki KOMIYA
Institute of Fluid Science, Tohoku University -
Evaluation of VIP performance and investigation of degradation mechanism by aging effect
Atsuki KOMIYA
Institute of Fluid Science, Tohoku University