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Fluid Flow
I am a Chancellor's Fellow in the Department of Mathematics and Statistics in Strathclyde University, Glasgow (equivalent to assistant professor in US and other countries). Prior to this position, I was a research associate in the Biological Physics & Mechanics group at Department of Applied Mathematics and Theoretical Physics in picturesque Cambridge. I was also a member of the postdoctoral society at Trinity College, Cambridge. I did my MS and PhD from University of Illinois, Urbana-Champaign and University of California San Diego, respectively.
I am a Chancellor's Fellow in the Department of Mathematics and Statistics in Strathclyde University, Glasgow (equivalent to assistant professor in US and other countries). Prior to this position, I was a research associate in the Biological Physics & Mechanics group at Department of Applied Mathematics and Theoretical Physics in picturesque Cambridge. I was also a member of the postdoctoral society at Trinity College, Cambridge. I did my MS and PhD from University of Illinois, Urbana-Champaign and University of California San Diego, respectively.
On a broad level, my interest lies in decoding the mysteries of nature fuelled by curious observation. Specifically, I am interested in problems arising in complex and biological fluids, multiphase flows, electrohydrodynamics, active matter, and microorganisms locomotion. Most of my work is motivated by simple observations in nature or laboratory experiments that can be explained with the help of theoretical methods and numerical simulations. I am also actively developing novel numerical methods or improving existing ones to simulate these physical phenomena.
On a broad level, my interest lies in decoding the mysteries of nature fuelled by curious observation. Specifically, I am interested in problems arising in complex and biological fluids, multiphase flows, electrohydrodynamics, active matter, and microorganisms locomotion. Most of my work is motivated by simple observations in nature or laboratory experiments that can be explained with the help of theoretical methods and numerical simulations. I am also actively developing novel numerical methods or improving existing ones to simulate these physical phenomena.
You can find the details of my work on the research and publications tab. Please feel free to drop me an email for potential collaborations, discussing interesting projects and ideas or if you have any comments on my research work.
You can find the details of my work on the research and publications tab. Please feel free to drop me an email for potential collaborations, discussing interesting projects and ideas or if you have any comments on my research work.
Email : debasish.das@strath.ac.uk
Email : debasish.das@strath.ac.uk
Seminars & Conferences
Aug 16 – Aug 18: Challenges in the Physics of Active and Biological Matter
July 31 – Aug 04: XIXth International Congress on Rheology (ICR2023)
May 30 – Jun 01: 21st International Workshop on Numerical Methods for Non-Newtonian Flows
Biofluid webinars hosted by Birmingham Mathematics Department
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