Back close
Admissions

Experimental and Numerical Investigation of flame stabilization in porous media burner for hydrocarbon-hydrogen fuels

Start Date: Saturday, Oct 15,2016

School: School of Engineering, Coimbatore

Project Incharge:Dr. P. Parthasarathy
Project Incharge:Dr. P. Parthasarathy
Co-Project Incharge:Dr. Ratna Kishore V.
Funded by:DST - SERB
Experimental and Numerical Investigation of flame stabilization in porous media burner for hydrocarbon-hydrogen fuels

The project titled Experimental and Numerical Investigation of flame stabilization in porous media burner for hydrocarbon-hydrogen fuels, is funded by DST (SERB). The investigators of the project are Dr. P. Parthasarathy and Dr. V. Ratnakishore.

Related Projects

Modeling of Deformation in Machining Processes
Modeling of Deformation in Machining Processes
Technology inputs in promoting indigenous food recipes of Irulas and Kurumbas tribes and empowering disadvantaged youth of Masinagudi and Ebbanad village of The Nilgiri District
Technology inputs in promoting indigenous food recipes of Irulas and Kurumbas tribes and empowering disadvantaged youth of Masinagudi and Ebbanad village of The Nilgiri District
Analysis of Throat Film Cooling for Semi Cryogenic Thrust Chamber
Analysis of Throat Film Cooling for Semi Cryogenic Thrust Chamber
Novel Nanocomposites with Unusually High Conductivity for Microwave Absorption Development of Carbon-Intrinsically Conducting Polymer (C-ICP) and C-ICP Metal Nanocomposites
Novel Nanocomposites with Unusually High Conductivity for Microwave Absorption Development of Carbon-Intrinsically Conducting Polymer (C-ICP) and C-ICP Metal Nanocomposites
Residual Stress Measurements in Machining of Titanium Alloys
Residual Stress Measurements in Machining of Titanium Alloys
Admissions Apply Now