Others

Rotation Students

Fabian Hillebrand (2022 Jan-Apr)
After completing my first year in university studying Physics at ETH Zurich, I switched to Computational Science and Engineering completing both my bachelor's and master's degree specializing in Chemistry and Physics, respectively. In my master's thesis I implemented an algorithm for simulating high-resolution scanning tunnelling microscopy (HR-STM). At OIST, I want to broaden my understanding of fluid mechanics. I hope my background in HPC will be useful for my lab rotation in the Complex Fluids and Flows unit.

Ilhem Nadia Rabehi (2022 Jan-Apr)
I am interested in sustainable and green energy generation and storage, I also like sewing and hiking.

2020 Arab Program for Sustainable Energy Youth intern , RCREEE, Egypt
2019 RE system modelling research intern, CDER, Algeria
2017-2019 Master in energy engineering, Pan African University PAUWES , Algeria

Morie Koseki (2021 Sep-Dec)
I majored in mechanical engineering at Akita University and studied the deformation of long flexible structure in the space. My current interest is the interaction of flexible structure with fluid, so working in this unit will give me some points of view for my future PhD thesis. I am also looking forward to snorkeling in Okinawa.

Jean-Paul van Woensel (2021 Sep-Dec)
I was born and raised in Nuenen, the Netherlands. I completed my master's degrees in Applied Physics and Science Communication at the Univeristy of Technology in Eindhoven. For my master thesis, I developed a tracking algorithm which I used to get statistics on the flow of droplets in dense binary emulsions. Besides this, I also did work on the electric response of superfluid helium and its reversibility. I have a broad interest in many physics topics, but I specialized in fluid mechanics in my master. I hope my time at the CFF unit will help me find what research I really want to do the upcoming years at OIST. In my spare time, I enjoy speedrunning video games and hiking.

ELuke Collyer-Hoar (2020 Sep-Dec)
As part of my Mathematics Masters at Imperial College London, my thesis focussed on finding solutions to the Dirac equation in the presence of abelian BPS monopoles using the Nahm transform. I also undertook a project in which I attempted to find solitary waves in an inviscid fluid between two horizontal plates with an electric field passed between. At OIST I hope to develop my work on fluids and as such my first lab rotation in the “Complex Fluid and Flows” unit is concerned with producing a numerical simulation of a fluid between two elastic solid boundaries with a periodic pressure difference. In my spare time I enjoy reading history and philosophy, playing and watching football, and in general keeping active.

Hideyuki Yoshimura (2020 May-Aug)
I studied computer science at the University of Electro-Communications, and my thesis was focused on computational model of neural circuits and their numerical simulation. At OIST, I hope to acquire a broader knowledge that I can use in my specialty. Although fluid mechanics is out of my field, I believe that working in this unit will give me a good experience, because physics is often related to neuroscience through several areas, such as information theory.

Patrick Clark (2020 Jan-Apr)
I studied in the University of Sheffield, with a thesis focused on modelling aneurysm formation at the terminus of the basilar artery-posterior cerebral artery junction. I looked at the formation of wall shear stress at the walls adjacent to a bifurcating flow; considering changes to the rheology of the blood mimicking fluid, the geometry of the physical model plus steady and unsteady state flow regimes. I undertook several smaller fluid mechanics project including a 2D study of airflow over a step, looking at the properties of recirculating flow in front of the step and calculating the reattachment point of the flow downstream from the step. At OIST I hope further develop my work on the mechanics of fluid flows, and as such my first lab rotation in the “Complex Fluids and Flows” unit is concerned with producing a numerical simulation of a turbulent fluid flow over an oscillating cylinder aligned perpendicular to the flow direction. In my spare time, I enjoy playing and watching football, as well as playing other sports and keeping active.

Research Interns

Giulio Foggi Rota (2021 Oct-2022 Apr)
During the last few years, earlier as an undergraduate and now as a graduate student, I have been enrolled at the Politecnico di Milano, located in northern Italy, my homeland. While attending the Master in Aeronautical Engineering, I have developed a strong curiosity towards fluid dynamics. I am currently working at my Master's thesis under the joint guidance of members from both OIST and PoliMi. Since it is almost time for me to make a choice concerning the Ph.D., I hope this experience will help me understand if turbulence and flow control truly are the fields I want to focus on in the years to come. When I shut down my laptop, I enjoy listening to classical music, hiking, swimming and sailing.    

Riya Agrawal (2022 Jul-Oct)
In August 2022, I will begin my senior year of undergrad in Mechanical Engineering at UCER in India. My curiosity for the never-ending journey of exploring various fields began while working at JINR on a project performing CFD simulation on Thermal Optimization of IPD and performing heat transfer simulations, followed by my work as a research intern at the UW-Madison where I developed MATLAB GUI of kinematic model tracing vortex wake along with using ML methods to increase the energy harvesting efficiency in tandem oscillating foils. My involvement in research projects has boosted my desire to understand science better and in depth. Aside from that, I enjoy reading astronomy related books.

Visiting Research Student

Armin Shahmardi
I am a Ph.D candidate at KTH Royal Institute of Technology (Sweden), in the Flow Unit of the Mechanics department and a visiting Ph.D student at the Okinawa Institute of Technology (Japan) in the Complex Fluids and Flows Unit. My research revolves around numerical simulations of multiphase flows in mesoscale, focused mostly on the capillary driven flows and contact line dynamics. Capillary flows occur in many industries from coating to energy conversion processes, droplet dynamics, two-phase flow in porous media, and microelectronics cooling. We perform the simulations using an in-house code developed in the group with the capability of modelling three-phase contact line dynamics over complex wall geometries.