Rohit Kumar
Rohit Kumar
Postdoctoral Researcher, LCT, Ghent University | IIT Bombay
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On the effect of spray parameters on CO and NOx emissions in a liquid fuel fired flameless combustor
S Sharma, R Kumar, A Chowdhury, Y Yoon, S Kumar
Fuel 199, 229-238, 2017
Experimental investigations on laminar burning velocity variation of Methyl formate–air mixtures at elevated temperatures
R Kumar, A Katoch, A Singhal, S Kumar
Energy & fuels 32 (12), 12936-12948, 2018
Experimental Investigations on Laminar Burning Velocities of n-Heptane + Air Mixtures at Higher Mixture Temperatures Using Externally Heated Diverging Channel …
R Kumar, A Singhal, A Katoch, S Kumar
Energy & fuels 34 (2), 2405-2416, 2020
Measurement of laminar burning velocity of n-pentanol+ air mixtures at elevated temperatures and a skeletal kinetic model
A Katoch, A Alfazazi, SM Sarathy, A Chauhan, R Kumar, S Kumar
Fuel 237, 10-17, 2019
Laminar burning velocity measurements of iso-octane+ air mixtures at higher unburnt mixture temperatures
R Kumar, A Singhal, S Kumar
Fuel 288, 119652, 2021
Effect of engine parameters on the performance of dual-fuel CI engines with producer gas—a review
P Singh, R Kumar, S Sharma, S Kumar
Energy & Fuels 35 (20), 16377-16402, 2021
Formulation of a three-component gasoline surrogate model using laminar burning velocity data at elevated mixture temperatures
R Kumar, S Kumar
Fuel 306, 121581, 2021
Combustion of methylcyclohexane at elevated temperatures to investigate burning velocity for surrogate fuel development
R Kumar, RK Velamati, S Kumar
Journal of Hazardous Materials 406, 124627, 2021
Formulating a quaternary gasoline surrogate (MTRF-87) using laminar burning velocity measurements
R Kumar, UP Padhi, S Kumar
Fuel 329, 125459, 2022
Laminar Burning Velocity Measurements of Toluene+ Air Mixtures and Ternary Surrogate Formulation at Elevated Temperatures
UP Padhi, R Kumar, N Dorlikar, S Kumar
Energy & Fuels 36 (12), 6420-6432, 2022
Laminar burning velocity measurements of ethyl acetate at higher mixture temperatures
R Kumar, UP Padhi, S Kumar
Fuel 338, 127278, 2023
Combustion of n-decane+ air mixtures to investigate laminar burning velocity measurements at elevated temperatures
R Kumar, RK Velamati, S Kumar
Combustion Science and Technology, 1-19, 2022
Laminar burning velocity of n-pentanol air mixtures using meso-scale channels
A Katoch, A Chauhan, R Kumar, S Kumar
Elevated Temperature effects on Laminar Burning Velocity Temperature Exponent of Liquid Fuels
A Katoch, R Kumar, S Kumar
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