Staff Profile

Prof (Dr). Sandhya M
Professor
Mechanical

PhD
sandhyamiraj@gmail.com
9497623813
  • Qualifications
  • Publications
  • Experience
  • Interests
  • Achievements

Journals

No. Description Category Year of Publishing
1“Computational Analysis of Subsonic Jets from Rectangular Nozzles with and without BevelInternational Journal2019
2Experimental Study on Performance and Emission Characteristics of N-Butanol – Gasoline Mixture in IC Engine,International Journal2018
3Numerical Investigation of Flow characteristics of subsonic jets from round and beveled nozzlesInternational Journal2017
4Effect of OEM Style and Aftermarket Performance Air Filters on Vehicle Parameters.International Journal2016
5An Experimental Study on Multiple Tray Solar Desalination Unit, International Journal2016
6Investigation of Turbulent Characteristics of a Subsonic Jet Using 3D RANS Simulation, International Journal2014
7Numerical Simulation of Subsonic jet through Circular, Square, and Rectangular Nozzles”,International Journal2014

Conferences

No. Description Category Year of Publishing
1"Numerical Evaluation of Enhanced Heat Transfer in a Finned Tube Heat Exchanger with Perforations"International Conference2019
2“Experimental investigation on the effect of inclusion of nanoparticle on diesel fuel properties”International Conference2016
3Effect of OEM Style and Aftermarket Performance Air Filters on Vehicle Parameters.International Conference2015
4Numerical Investigation of Flow characteristics of subsonic jets from round and bevelled nozzlesInternational Conference2014
5Numerical Simulation of Subsonic jet through Circular, Square, and Rectangular NozzlesInternational Conference2014
6Investigation of Turbulent Characteristics of a Subsonic Jet Using 3D RANS SimulationInternational Conference2014
7Investigation of Turbulent Characteristics of a Subsonic Jet Using 3D RANS SimulationInternational Conference2011
8Review on the application of ablative materials for solid rocket motor nozzles and their Fabrication International Conference2011
9Combustion Phasing Method for Improving The Performance Of Heat Recovery System in IC Engines And Its Effects On Thermal Efficiency Factors (A Review)International Conference2011