IITKGP
Mahendra Reddy Vanteru, IIT Kharagpur

Mahendra Reddy Vanteru

Associate Professor

Mechanical Engineering

+91-3222-2+91-3222-282928

mahendra@iitkgp.ac.in

Research Areas

No Record Found.
  • A hybrid GA-ANN and correlation approach to developing a laminar burning velocity prediction model for isooctane/blends-air mixtures by Vanteru M. R., G. U. Fuel 360 130594- (2024)
  • Effect of Thermodiffusion on Non-premixed Flame in MILD Regime Using a Modified Reacting Solver by Vanteru M. R., S. M. Defence Science Journal 74 173-180 (2024)
  • Experimental and computational (Chemical Kinetic + CFD) analyses of Self-Recuperative annular tubular porous burner for NH3/CH4 -air Non-Premixed combustion by Vanteru M. R., Singh A. S., V. Y. Chemical Engineering Journal 481 148439- (2024)
  • Modeling and analysis of PCM encapsulated solar thermal energy storage system for space heating by Vanteru M. R., N. S., Reddy K. S. Energy Storage - (2024)
  • Modified Reacting Solver: A Simplified Approach for Capturing the Molecular and Flow Diffusivities for the Nonpremixed MILD Flames by Vanteru M. R., S. M., Lee B. J. ACS Omega 9 15804-15817 (2024)
  • Novel Thermal Treatment Model to Decontaminate Airborne SARS Cov-2 virus for Residential and Commercial Buildings by Vanteru M. R., Hanmaiahgari P. R., Soni N. Heat Transfer - (Accepted/In-Press)
  • Numerical analysis of the enrichment of CH4/H2 in ammonia combustion in a hot co-flow environment by Vanteru M. R., M. S., D. J., Lee B. J. International Journal of Hydrogen Energy 55 1071-1089 (2024)
  • Understanding of MILD Combustion Characteristics of NH3/Air Flames in N2 and H2O (Steam) Diluted Environment at Atmospheric Pressure by Vanteru M. R., Dash S. K., Singh A. S., V. Y., S. G. Defence Science Journal 74 197-205 (2024)
  • A chemical kinetic analysis: Influence of post-flame chemistry, combustion pressure, premixing degree (fully premixed to non-premixed), and secondary air supply on NOx emissions from NH3/CH4-air combustion by Vanteru M. R., Y. V., Singh A. , Vakamalla T. R. Thermal Science and Engineering Progress 40 101750- (2023)

Principal Investigator

  • Experimental and Numerical Studies on Flameless Combustion with Hydrogen and Hydrocarbon Fuels Operates at High Pressure IITB Development and Relations Foundation
  • Experimental Evaluation of Coking Characteristics of Rocket Grade Kerosene (Isrosene) in the Regenerative Coolant Channels of Semi Cryogenic Engine Combustion Chamber KCSTC

Ph. D. Students

Abhay Ekka

Area of Research: Wind turbine engineering

Achutya Kumar Behera

Area of Research: Experimental and Numerical Combustion

Gadi Udaybhanu

Area of Research: Experimental and Numerical Combustion

Maganti Gangadhar Pavan Kumar

Area of Research: Experimental and Numerical Combustion

Mani Bhusan Rajguru Mohapatro

Area of Research: Experimental and Numerical Combustion

Vibhash Hembram

Area of Research: Experimental and Numerical Combustion

Wasim Ashraf

Area of Research: Solar energy based energy conversion systems