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Ehsan Roohi

Associate Prof

Embry-Riddle Aeronautical University

United States

Research Interests

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About

Ehsan Roohi is an Assistant Professor at Embry–Riddle Aeronautical University in the United States. His research areas include data-driven surrogate modeling, cavitation phenomena in hydrofoils, and platelet adhesion dynamics. He has published recent articles on topics such as large eddy simulations and computational approaches for rarefied gas flow and heat transfer.

Articles (23)

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2027

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2023

Collaborators (2)

Stefan Stefanov

Professor, D.Sci

Bulgarian Academy of Sciences

BULGARIA

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Amin Ebrahimi

Scientist

Delft University of Technology

NETHERLANDS

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Ehsan Roohi

Research Interests

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About

Articles (23)

Machine learning for rarefied gas transport in vacuum and micro/nano systems: Demonstrated capabilities, deployment requirements, and a research roadmap

Data-driven surrogate modeling of DSMC solutions using deep neural networks

Accelerating kinetic Fokker-Planck simulations via a GPU-native deep neural network surrogate: Application to rarefied internal and hypersonic external flows

Physics-guided neural surrogates for canonical compressible thermal-fluid relations

Prescribed wall-heat-flux control of blockage and impulse in a rarefied micro-nozzle

Multi-objective aerodynamic optimization of ride height and rake angle in a sedan using CFD and machine learning

Shock-centered low-rank structure and shock-aligned surrogate modeling of rarefied micro-nozzle flows

Iran’s great scientific divergence: The Middle-Income trap and the Political Economy of Science Policy

Neural networks for rarefied gas dynamics: Relaxation problem, polyatomic shock waves, and hypersonic cylinder flow

Physics constrained neural collision operators for hard sphere surrogates and ab initio angle prediction in direct simulation Monte Carlo

Efficient collision algorithms in DSMC for rarefied gas dynamics: Markovian NTC-pre-scan and Bernoulli-trial schemes

Thermal edge animation in a two-dimensional micro-cavity: Effect of nonuniform boundary smoothness in the entire range of gas rarefaction rates

Editorial: Rarefied Gas Flows—From Micro–Nano Scale to the Hypersonic Regime

A Time-Averaged Inverse Transient Adaptive Sub-cell strategy for DSMC applied to shock tube problem

Passive cavitation mitigation on hydrofoils via porous media: A comparative study of LES and RANS models

A computational approach for modeling platelet adhesion dynamics on thrombogenic surfaces

Cavitation analysis of plunging hydrofoils using large eddy simulations

Symmetrized generalized and simplified bernoulli-trials collision schemes in DSMC

Large eddy simulation of cavitating flow around a pitching hydrofoil

Computational study of rarefied gas flow and heat transfer in lid-driven cylindrical cavities

Numerical Study of Gas Flow in Super Nanoporous Materials Using the Direct Simulation Monte-Carlo Method

Large eddy simulations of cavitation around a pitching–plunging hydrofoil

Inversion in binary gas mixtures in rarefied flow conditions: Direct simulation Monte Carlo solution and comparison with the analytical solutions at free molecular regime

Collaborators (2)

Stefan Stefanov

Amin Ebrahimi

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