Back close
Admissions

Burning velocity measurment of biodiesel components using divergent chennal technique and Heat Flux Method

Start Date: Saturday, Oct 15,2016

School: School of Engineering, Coimbatore

Project Incharge:Dr. Ratna Kishore V.
Co-Project Incharge:Prof . Sudarshan Kumar
Funded by:DST (SERB)
Burning velocity measurment of biodiesel components using divergent chennal technique and Heat Flux Method

The project titled Burning velocity measurment of biodiesel components using divergent chennal technique and Heat Flux Method, is funded by DST (SERB). The investigators of the project are Dr. V. Ratna Kishore and Prof. Sudarshan Kumar.

Related Projects

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
Behzad-Vizing Conjecture on Graph Coloring for Product Graphs
Behzad-Vizing Conjecture on Graph Coloring for Product Graphs
Development of Mine Blast Proof Composite
Development of Mine Blast Proof Composite
Design, synthesis and characterization of modified peptide nucleic acids having electrochemical/fluorescent markers
Design, synthesis and characterization of modified peptide nucleic acids having electrochemical/fluorescent markers
Development of Entropy alloys and detemination of their Mechanical Properties including Hardness and wear rate
Development of Entropy alloys and detemination of their Mechanical Properties including Hardness and wear rate
Admissions Apply Now