
Area of Research: Wind turbine engineering
Area of Research: Experimental and Numerical Combustion
Area of Research: Experimental and Numerical Combustion
Area of Research: Experimental and Numerical Combustion
Area of Research: Experimental and Numerical Combustion
Area of Research: Experimental and Numerical Combustion
Area of Research: Solar energy based energy conversion systems
Area of Research: Experimental analysis on liquid fuel based Swirl combustion
Thesis Title: Investigation of Combustion and Emissions Characteristics of Ammonia/Hydrogen/Methane-Air/Hydrogen Peroxide Mixture
Area of Research: Combustion and CFD study of flames
Thesis Title: Experimental and Numerical Investigation of Combustion and Ignition Characteristics of H2/CO/C1-C4 Hydrocarbons/Air Mixtures
Area of Research: Experimental and numerical combustion
Thesis Title: Towards Net-Zero Emissions by Adopting Distributive Combustion with Carbon-Free Fuels: Numerical and Experimental Analysis
Area of Research: Solar Thermal Energy Storage and Utilization
Thesis Title: Numerical and Analytical Studies on Solar Thermal Energy Storage and Utilization for House Heating and Clean Ventilation
Area of Research: Combustion using CFD
Thesis Title: Effects of Dilution on the Combustion and Emission Characteristics of Kerosene Fuel
Area of Research: Computational Combustion
Thesis Title: Effect of Pressure on MILD Combustion of Gaseous Fuels: A Numerical and Chemical Kinetic Study
Area of Research: Assessing vehicular emissions in real-time
Thesis Title: A Methodology to Assess Demand and Impact of Electric Vehicles on Energy and Environment
Area of Research: Experimental and Numerical study of Ammonia blends Combustion and Emission reduction
Thesis Title: Investigation of Emission Reduction Strategies for Ammonia-Methane/Hydrogen Blends Combustion
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