Resume
Researcher
Mohamed Kamel
RIAHI
Professor (Assistant) at Khalifa University
Mathematics Department
United Arab Emirates
Citations
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Contact Info
Resume
About
I currently work in the Mathematics Department at Khalifa University. My research interest includes and is not limited to: scientific high-performance computing (Space-Time Domain Decomposition techniques), finite element method, integral equations method, numerical optimization, iterative method, preconditioning technique, shape optimization, optimal control problem under PDEs constraints and parallel programming.
The main applications driving my research are waves related problems (acoustics and electromagnetism and geophysics), Fluid dynamics, mathematical physics, fluid-structure interaction, heat and mass transfer, and inverse problems.
https://mohamed-kamel-riahi.blogspot.com/p/home.html
Professional SkillsComputational Fluid Dynamics
Applied Mathematics
Numerical Analysis
Computational Intelligence
Scientific Computing
Inverse Problems
Numerics
Engineering, Applied and Computational Mathematics
Computational Mathematics
Optimal Control
Research ExperienceFaculty Member
Khalifa University
November 2019 - Present
Sas Al Nakhel, Khalifa Univeristy
Co-investigator in Nuclear Systems and Safety Team
Professor (Assistant)
Khalifa University
August 2016 - Present
Full time Faculty
Professor (Assistant)
Khalifa University
August 2016 - Present
Full time Faculty
Professor (Assistant)
Khalifa University
August 2016 - Present
Abu Dhabi, United Arab Emirates
Full time Faculty
PostDoc research associate
New Jersey Institute of Technology
September 2014 - Present
waves propagation, scattering theory, Integral equations..
PostDoc research associate
New Jersey Institute of Technology
September 2014 - Present
waves propagation, scattering theory, Integral equations..
Post doc researcher
École Polytechnique
October 2012 - Present
PostDoc research associate
New Jersey Institute of Technology
September 2014 - August 2016
Newark, United States
waves propagation, scattering theory, Integral equations..
PostDoc research associate
New Jersey Institute of Technology
September 2014 - September 2014
waves propagation, scattering theory, Integral equations..
Post doc researcher
École Polytechnique
October 2012 - September 2014
Palaiseau, France
Work ExperienceEditor - Applied Numerical Mathematics
Elsevier
October 2020 - Present
Abu Dhabi, United Arab Emirates
Assistant Professor of Mathematics
Khalifa University جامعة خليفة
September 2016 - Present
UAE, Abu Dhabi
Postdoctoral Research Associate
New Jersey Institute of Technology
September 2014 - September 2016
New Jersey, USA
Numerical simulations of wave propagation, problems with applications to remote sensing and
satellite communication.
satellite communication.
PostDoc researcher
Ecole Polytechnique
October 2012 - September 2016
Centre de Mathématiques Appliquées de l' Ecole Pol
The PostDoc research project deals with the NDT:“3D Eddy Current identification of deposits”.
ATER Paris Dauphine
2012 - October 2012
Visiting scholar. Conducting research with teaching duties.
Doctorant en mathématiques appliquées (analyse numerique et calcul scientifique))
Laboratoire jacques-Louis lions Paris6-Jussieu
October 2008 - September 2011
Education
Sorbonne Université
Sep 2008 - Jun 2012
Applied Mathemacits
Paris Dauphine University
Sep 2007 - Aug 2008
Applied Mathemacits
Membership
International Association for Mathematics and Computers in Simulation
Jan 2020
72, Chaussee de Waterloo 1630 Rhode Saint Genese Belgique
Prizes and Awards
Outstanding Reviewer ' 2020
IOP Publisher
|
Jan 2021
Trusted Reviewer
IOP Publisher
|
Sep 2020
Project
Electromagnetic Tomography (EMT)
ENTC-Theme-1 Nuclear Systems and Safety
Aims to assess the thermal hydraulic safety analysis codes by validating their predictions against experimental data obtained from integral effect test facilities in order to identify and validate the dominant thermal hydraulic phenomena occurring in NPP under accident scenarios including rare events. In fact, these key thermal-hydraulic safety issues are related to multiple high-risk failures, making them more complex and more challenging to predict. The main drive for selecting these topics is that thermal hydraulic studies on beyond design based accident for light water reactors is one of the immediate necessities required to develop in order to guarantee a safe operation of these power plants.
XPinTA
Exascale Parallel in Time Algorithm
Teaching Experience
Numerical Methods in Engineering
20364 | Spring | 2018 | Graduate
Realted Researchers
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