I am a Postdoctoral Researcher at Okinawa Institute of Technology (OIST, Okinawa - Japan), in the Complex Fluids and Flows Unit. My research focuses on the study of multiphase flows, turbulent flows and Non-Newtonian fluids with the goal of characterising their basic phenomena originated by their multi-physics and multi-scale nature. Complex fluids are linked to many industrial applications ranging from pharmaceutical processes to personal care and food industries, including plastics and polymers more in general. The study is tackled via numerical simulations. A new code with novel methods to model such complex physics is written to run on CPU and GPU clusters with modern parallelisation techniques.
I graduated in Mechanical Engineering at the University of Udine in July 2016 and obtained my PhD in Fluid Dynamics in the framework of a joint doctoral program between the University of Udine (Italy) and TU Wien (Austria) in February 2020. My experience with multiphase flows started from particle-laden flows during my master thesis, which I developed in collaboration with Prof. Ugo Piomelli and Prof. Wen Wu at Queen’s University (Kingston, Canada). I then moved to flows laden with large and deformable drops covered with soluble surfactants during my PhD. My current topic of research involves non-Newtonian fluids both in laminar and turbulent regime; numerical simulations are used to investigate these complex flowing systems. When I am not working, I enjoy bouldering, hiking, reading and board game nights.
I am interested in making simulations to investigate multiphase fluid flows. I also like cycling and surfing in Okinawa.
2018-present: PhD student at OIST, Japan
2017-18: Software developer at Photon Design, Oxford, UK
2016: Space weather research intern, British Antarctic survey, UK
2015: Photosynthesis research intern, Kyoto University, Japan
I completed my Master in Mechanical Engineering at Saga University, Japan. My Master thesis focused on thermal management of hydrogen storage in metal hydride beds. I also worked on transition boiling and wetting propagation during jet impingement quenching on hot surfaces. Here in OIST, I am interested in studying interfacial phenomena and fluid flow interactions in microscale for any potential biological application. In CFF unit, I am doing a numerical simulation of droplet deformation in shear flows. Outside of work, I enjoy playing football, watching football games, running, and learning about wildlife.
My journey to Okinawa begins in my hometown of Naples, Italy where I studied for my BSc in Chemical Engineering at UniNa. From there on I moved to TU Delft (Netherlands) in order to pursue an MSc in that same field. My graduation project has focused on a machine learning approach to the modelling of biomass pyrolysis yields, and has left me a taste for modelling and computational statistics. As part of my rotation in CFF unit I will look into the computational modeling of particle flows. Apart from research, I love, in order: cooking, eating, photographing, walking, sitting and reading, and plan to do lots of it in Okinawa!
Christian Amor Rodriguez
¡Hola! It’s Christian, from Spain. Before coming to Okinawa, I pursued both my BSc in Aerospace Engineering and my MSc in Mathematics and Computing at Universidad Politécnica de Madrid. It was during my first undergraduate project when I found my interest in fluid mechanics, machine learning and data analysis tools. And I didn’t stopped writing code since then! My rotation project at the CFF unit comprises the study of non-Newtonian jets and the framework where two- and three- dimensional flow dynamics coexist. In my free time, I enjoy practicing sports, either cooking or (mostly) eating food, playing videogames and hanging out with friends.
Visiting Research Student
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.
Research Unit Administrator
My duties are to assist unit members with any non-science problems so that they can excel with their academic work. My favorite part of my job is interacting with people and peeking at unit members while they struggle with overwhelming science!! I am also trying to understand what is "Complex Fluids and Flows" ??!!
Outside of work, I enjoy camping, biking and snorkeling.