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Krishna Kant Agarwal
Krishna Kant Agarwal
General Electric (GE) India, Indian Institute of Science
Verified email at ge.com
Title
Cited by
Cited by
Year
Mixing enhancement in a compact trapped vortex combustor
KK Agarwal, S Krishna, RV Ravikrishna
Combustion Science and Technology 185 (3), 363-378, 2013
752013
Experimental and numerical studies in a compact trapped vortex combustor: stability assessment and augmentation
KK Agarwal, RV Ravikrishna
Combustion Science and Technology 183 (12), 1308-1327, 2011
742011
Cooling system and method for turbine system
KK Agarwal
US Patent App. 13/470,556, 2013
132013
On meshing guidelines for large eddy simulations of gas turbine combustors
KK Agarwal, SR Konakalla, S Selvan
Turbo Expo: Power for Land, Sea, and Air 45691, V04BT04A011, 2014
72014
Flow-acoustic Characterisation of a Cavity-based Combustor Configuration.
KK Agarwal, RV Ravikrishna
Defence Science Journal 61 (6), 2011
72011
Validation of a Modified Eddy Dissipation Concept Model for Stationary and Nonstationary Turbulent Diffusion Flames
KK Agarwal, RV Ravikrishna
Combustion Science and Technology 184 (2), 151-164, 2012
52012
Flexible pipe body and method of providing same
KK Agarwal, B Lal, S Selvan
US Patent 9,857,000, 2018
32018
Experimental and numerical studies on flame stability and optimization of a compact trapped vortex combustor
KK Agarwal
32013
Flexible pipe body and method of providing same
RA Clements, KK Agarwal, R Devi, JD Leyland, S Selvan
US Patent 9,835,273, 2017
12017
Effect of the Compressor Discharge Casing Geometry on Combustor Exit Temperature Profiles in a Multi-Can Gas-Turbine Combustor
KK Agarwal, S Gori
Turbo Expo: Power for Land, Sea, and Air 45691, V04BT04A010, 2014
12014
Fuel injectors with multiple outlet slots for use in gas turbine combustor
SR Gubba, MJ Hughes, KK Agarwal
US Patent 10,718,523, 2020
2020
Computational Fluid Dynamics for design and analysis of gas turbine combustors
A Marini, M Cerutti, K Srinivas, K Agarwal, G Riccio, GE Oil
2013
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