Dated: Feb 10, 2018
There are several graduate and undergraduate research opportunities available in CCL.
Interested students should contact Dr. Roy direcly to know more about available positions.
Dated: Feb 9, 2018
A grant titled "Novel techniques for improving convergence and scalability of a Monte Carlo radiation solver for large-scale combustion simulations" has been awarded to Dr. Roy. The proposed research aims to develop portable, high-efficiency radiation solver suitable for massively-parallel combustion simulations in HPC environments. This grant is sponsored by Office of Advanced Cyberinfrastructure division of CISE directorate in NSF.
Dated: Jan 9, 2018
An internal Regular Research Grant to study pollutant emission in internal combustion engine has been awarded to Dr. Roy for the calendar year 2018.
Dated: Jan 9, 2018
A paper on impact of radiation in high-pressure spray simulation from a collaborative research involving Dr. Roy has been published in Combustion and Flame.
This work uses radiation models developed by Dr. Roy to explore effects of soot, radiation, turbulent-chemistry-interaction, and turbulent-radiation interaction modling in a high-pressure n-Dodecane spray (ECN - Spray A) combustion.
Soot and spectral radiation modeling for high-pressure turbulent spray flames.
S. Ferreyro Fernandez, C. Paul, A. Sircar, A. Imren, D. C. Haworth, S. Roy, M. F. Modest Combustion and Flame. 190 (2018) 402-415.
Dated: Dec 12, 2017
A paper on simulation of a high-pressure gas turbine with detailed radiation from a collaboration involving Dr. Roy has been published in Journal of Engineering for Gas Turbine and Power.
This work uses radiation models developed by Dr. Roy to explore impact of radiation in a high-pressure combustion chamber.
Monte Carlo simulation for radiative transfer in a high-pressure industrial gas turbine combustion chamber.
T. Ren, M. F. Modest, S. P. Roy Journal of Gas Turbine and Power. 140 (2017) 051503.
(c) Somesh Prasad Roy