Collaborative Research Projects
- CO2 absorption by ionic liquid in a microfluidic systems
- Modelling on the behaviour of elastomers doped with ionic liquids for displacement sensor & energy harvesting applications
- Shape estimation of rough surface based on ultrasonic reflected wave using physics-informed neural network
- Crossover study between dynamic mode decomposition and stability analysis of nonlinear flow behavior occurring between a rotating double cylinder/circular cone
- KERATOX project : Study of the Impact of Hypoxia on Human Keratinocytes
- Monitoring eukaryotic cell functions under controlled oxygen conditions with microfluidic devices
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CO2 absorption by ionic liquid in a microfluidic systems
Serge SIMOENS
LMFA, UMR CNRS 5509, ECL, INSA Lyon, UCB Lyon 1 -
Modelling on the behaviour of elastomers doped with ionic liquids for displacement sensor & energy harvesting applications
Gildas COATIVY
LGEF INSA Lyon -
Shape estimation of rough surface based on ultrasonic reflected wave using physics-informed neural network
Hiroyuki NAKAMOTO
Kobe University -
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 -
KERATOX project : Study of the Impact of Hypoxia on Human Keratinocytes
Nicolas AZNAR
Tissue Biology and Therapeutic Engineering Laboratory -
Monitoring eukaryotic cell functions under controlled oxygen conditions with microfluidic devices
Jean-Paul RIEU
University Claude Bernard Lyon 1
