Fluid mechanics, especially High Reynolds number flows, Hydrodynamic stability theory, computational fluid dynamics, parallel computing.

Dhananjay Yadav

Indian Institute Of Technology, Roorkee

Graduate Student

Mathematics Department

Fluid mechanics, especially High Reynolds number flows, Hydrodynamic stability theory, computational fluid dynamics, parallel computing., Mathematics, and Stability in nano fluid

Ufuk Taneri

Eastern Mediterranean University

Emerita

Mathematics Department

Baldridge, EFQM, EHEA, and Fluid mechanics, especially High Reynolds number flows, Hydrodynamic stability theory, computational fluid dynamics, parallel computing.

sooraj r

IIT Madras

Graduate Student

Aerospace Engineering Department

Fluid mechanics, especially High Reynolds number flows, Hydrodynamic stability theory, computational fluid dynamics, parallel computing. and Superfluidity

Alexander Smith

University of Greenwich

Department Member

School of Computing & Mathematical Sciences

Acoustics, Applied Mathematics, Asymptotics, and Fluid Dynamics

Prashant Valluri

University of Edinburgh

Faculty Member

Institute for Materials and Processes

Chemical Engineering, Computational Fluid Dynamics, Fluid Mechanics, and Fluid mechanics, especially High Reynolds number flows, Hydrodynamic stability theory, computational fluid dynamics, parallel computing.

Sujash Saha

Jadavpur University

Undergraduate

Department of Power Engineering

Fluid Mechanics, Fluid mechanics, especially High Reynolds number flows, Hydrodynamic stability theory, computational fluid dynamics, parallel computing., and Power Plant Engineering

Gilberto Lopez

Centro de Investigación Científica y de Educación Superior de Ensenada, BC.

Faculty Member

Ciencias Computacionales Department

Bodies as in Bubbles, Membranes, Fluid Mechanics, Ciencias Computacionales, Fluid mechanics, especially High Reynolds number flows, Hydrodynamic stability theory, computational fluid dynamics, parallel computing., and Higher Education

Federico Avena

University of Naples "Federico II"

Alumnus

Department of Aerospace Engineering

Aeroelasticity, Aerospace Engineering, Aerospace structural design, and CFD, Fluid Mechanics, Aerodynamics, LES and DNS, Turbomachinery, Biofluids

Gajjar Sb

The University of Manchester

Faculty Member

Mathematics Department

Applied Mathematics and Fluid mechanics, especially High Reynolds number flows, Hydrodynamic stability theory, computational fluid dynamics, parallel computing.

Wolf Früh

Heriot-Watt University

Faculty Member

School of Engineering and Physical Sciences

Fluid Dynamics, Fluid mechanics, especially High Reynolds number flows, Hydrodynamic stability theory, computational fluid dynamics, parallel computing., and Geophysical Fluid Dynamics

mayank bajpayi

Indian Institute of Science

Department Member

Aerospace Department

Aerospace, Applied Mathematics, Computational Fluid Mechanics, and Fluid mechanics, especially High Reynolds number flows, Hydrodynamic stability theory, computational fluid dynamics, parallel computing.

Mark Beal

Computational Fluid Dynamics, Fluid mechanics, especially High Reynolds number flows, Hydrodynamic stability theory, computational fluid dynamics, parallel computing., Hydrodynamics (Physics), and Naval Architecture

asha crasta

Vishveswarya Technical University

Faculty Member

Mathematics Department

Applied aerodynamics, Experimental fluid dynamics, Particle image velocimetry (PIV), Bluff body wakes, Turbulent boundary layer and Wind engineering., Computational Fluid Dynamics, Fluid dynamics, exact solutions, non-Newtonian fluids, Laplace and Fourier sine transforms, and Fluid mechanics, especially High Reynolds number flows, Hydrodynamic stability theory, computational fluid dynamics, parallel computing.

Mohammad Hossein Borghei

Iran University of Science & Technology

Graduate Student

Mechanical Engineering Department

Computational Fluid Dynamics, Fluid mechanics, especially High Reynolds number flows, Hydrodynamic stability theory, computational fluid dynamics, parallel computing., Large Eddy Simulation, and Lattice Boltzmann method for fluid dynamics

Saeed Masoudi

Linköping University

Graduate Student

Department of Management and Engineering

Stability Analysis of Fluid Flow, CFD, Fluid Mechanics, Aerodynamics, LES and DNS, Turbomachinery, Biofluids, and Fluid mechanics, especially High Reynolds number flows, Hydrodynamic stability theory, computational fluid dynamics, parallel computing.

chiara boffa

University of Naples "Federico II"

Alumna

Department of Aerospace Engineering

Aerospace Engineering, CFD, Fluid Mechanics, Aerodynamics, LES and DNS, Turbomachinery, Biofluids, Chemical Kinetics, and Chemical Reaction Kinetics

Catherina Katsandri

University of Reading

Alumna

Construction Management and Engineering Department

CFD, Fluid Mechanics, Aerodynamics, LES and DNS, Turbomachinery, Biofluids, CFD, PIV, Aerosol, Multi phase Flows, Aerodynamics, Fluid mechanics, especially High Reynolds number flows, Hydrodynamic stability theory, computational fluid dynamics, parallel computing., and Membrane Separation Technology

Sebastien Poncet

Université d'Aix-Marseille

Faculty Member

IUT GTE Department

CFD, Fluid Mechanics, Aerodynamics, LES and DNS, Turbomachinery, Biofluids, Computational Fluid Dynamics, Computational Fluid Mechanics, and Fluid Dynamics

nic b

University of Cape Town

Alumnus

Engineering and the Built Environment Department

Engineering & Built Environment Education and Fluid mechanics, especially High Reynolds number flows, Hydrodynamic stability theory, computational fluid dynamics, parallel computing.

subhabrata das

National Institute of Technology, Tiruchirappalli

Undergraduate

Chemical Department

Fluid mechanics, especially High Reynolds number flows, Hydrodynamic stability theory, computational fluid dynamics, parallel computing.

Valliappan Ramasamy

Fluid mechanics, especially High Reynolds number flows, Hydrodynamic stability theory, computational fluid dynamics, parallel computing.

Robert Tritarelli

Swiss Federal Institute of Technology (ETH)

Graduate Student

Mechanical Engineering Department

Combustion, Fluid mechanics, especially High Reynolds number flows, Hydrodynamic stability theory, computational fluid dynamics, parallel computing., and Hypersonics

Abhijit Das

Jadavpur University

Undergraduate

Department of Power Engineering

Fluid Mechanics, Fluid mechanics, especially High Reynolds number flows, Hydrodynamic stability theory, computational fluid dynamics, parallel computing., and Power Plant Engineering

George Greene

Fluid Mecanics, Fluid Mechaincs, and Fluid mechanics, especially High Reynolds number flows, Hydrodynamic stability theory, computational fluid dynamics, parallel computing.
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