Joint VKI - Waseda meeting: Cryogenics for space applications
From 8 to 12 December the von Karman Institute had the pleasure to welcome professor Tetsuya Sato and his students from the Waseda University in Tokyo for a joint meeting about cryogenics for space applications. The level and diversity of presentations were outstanding. The event ended by a tour of the VKI facilities.
The presentations are detailed below:
- Development study of the Precooled Turbojet Engine
Tetsuya Sato (Waseda University) - Implementation and validation of turbulent combustion model in FaSTAR
Himeko Yamamoto (Waseda University) - Capacitance Based Void Fraction Measurement Technique for Cryogenic Two Phase Flow in Rectangle Tube
Yuki Sakamoto (Waseda University) - Temperature Drift on a Capacitance Type Void Fraction Sensor for Cryogenic Two-Phase Flow
Shohei Tane (Waseda University) - Direct Quality Measurement Method for Gas-liquid Two-phase Flow by Homogenization
Kazuma Minote (Waseda University) - Optimization Design of Helical Electrodes for a Capacitance Void Fraction Sensor
Yo Nakajima (Waseda University) - Numerical simulation of gas-liquid two-phase flow by moving particle semi-implicit (MPS) method
Atsuhiro Furuichi (Waseda University) - Overview of Cryogenic activities at VKI
Maria Rosaria Vetrano (von Karman Institute) - Multiphase fluid hammer with cryogenic fluids: experiments and simulations
Jean-Baptiste Gouriet (von Karman Institute) - Cryogenic two phase flow characterization
Laura Peveroni (von Karman Institute) - Sloshing characterisation by non intrusive measurement techniques
Maria Rosaria Vetrano (von Karman Institute)