| Name | Research | |
|---|---|---|
| Prof | Makoto Yamamoto （1990〜) |
Computer simulation of icing phenomenon in jet engine Numerical prediction of sand erosion phenomenon in jet engines Computer simulation on growth, rupture, and treatment of cerebral aneurysms |
| Research associate | Soichiro Fujimura | Study on the development of a cerebrovascular treatment assist system using artificial intelligence and numerical analysis technology (at The Jikei University) |
| M2 | Yuki Abe | Numerical simulation of SLD icing by particle method |
| Sungho Lee | Numerical simulation of SLD ice accretion in aircraft | |
| Airi Kato | Numerical study about rain erosion phenomena by UPACS | |
| Haruki Kanebayashi | Development of a Low Computational Cost CFD Method for Blood Flow Analysis After Flow Diverter Stent Deployment | |
| Sho Gunji | Numerical study about deposition phenomena by UPACS | |
| Tomohiro Keira | Numerical simulation of Ice Crystal icing using particle method | |
| Ryouichi Kokubo | Numerical simulation of ground vortex and distortion at short inlet | |
| Hiroki Kondo | Numerical simulation of anti-icing system by UPACS | |
| Wakana Tatsuta | Numerical simulation of Ice Crystal icing | |
| M1 | Rira Kuraoka | Numerical study of the effects during Central Shunt construction in the heart |
| Mokuten Go | Numerical simulation of snow accretion by particle method | |
| Zheng Xie | ||
| Arata Fujiu | Numerical investigation on modeling for SLD icing using UPACS | |
| Kohei Hoshino | Identification of Aneurysm Initiation Mechanisms Using Fluid-Structure Interaction Analysis with Animal Models | |
| Haoren Luo | The Optimal Vibration Frequency of Vibrating Nebulizers for Inflammatory Sinus Conditions Using CFD Analysis | |
| Yuki Watase | The impact of time series data on the prediction of unruptured intracranial aneurysm rupture using machine learning | |
| Mizuki Watanabe | Numerical study of sand erosion on aerodynamic performance change in lean vane of a turbine | |
| B4 | Masashi Kurita | Prediction of thinning area of intracranial aneurysm |
| Yuna Shinozaki | Hemodynamic Characteristics of Intracranial Aneurysms Treatment Devices WEB | |
| Kazuki Takahashi | Deposition analysis of high-pressure turbine static wings using UPACS | |
| Takuto Yamaguchi | Numerical analysis of icing in LPC | |
| Kazuki Yamada | Accuracy verification of CFD analysis using machine learning blood viscosity prediction model | |
| Kazuyoshi Yamada | ||
| Name | Affiliation |
|---|---|
| Masaya Suzuki | Japan Aerospace Exploration Agency(JAXA) Aeronautical Technology Directorate |
| Hiroyuki Takao | The Jikei University Department of Innovation for Medical Information Technology |
| Naoya Fukushima | Tokai University Faculty of Engineering Department of Prime Mover Engineering |
| Koji Fukudome | Kanazawa Institute of Technology Faculty of Engineering Department of Mechanical Engineering |
| Kozo Fujii | Tokyo University of Science Faculty of Engineering Department of Computer and Information Technology |
| Hiroya Mamori |
The University of Electro-Communications Graduate School of Information Science and Technology Department of Intelligent Mechanical Engineering |