Rakesh Sidheshware
@mituniversity.edu.in
Research and Innovation Officer
MIT Art, Design & Technology University
EDUCATION
Ph.D in Mechanical
RESEARCH INTERESTS
Internal Combustion Engine
Sustainable Energy
Scopus Publications
Scholar Citations
Scholar h-index
Scholar i10-index
Scopus Publications
Rakesh Kumar Sidheshware, S. Ganesan, and Virendra Bhojwani
Informa UK Limited
The hydrocarbons are the most used organic compounds in our daily life and that is really necessary. The demand for energy is increasing with every passing year. There are two ways to cater for thi...
Rakesh Kumar Sidheshware, S. Ganesan, and Virendra Bhojwani
Informa UK Limited
Rakesh Kumar Sidheshware, S Ganesan, and Virendra K Bhojwani
EDP Sciences
A research on different refrigerants with and without influence of the magnetic field is provided in this paper. The magnetic field degree viz is four gauss. The condenser exit row was 3000, 6000, 9000 and 12000 gauss. Magnetic fields at condenser exit lines are found to reduce the consumption of the compressor energy. Through applying magnet fields on R134a, compressor energy savings was observed up to 1.35%, 6.23%, 5.40% and 4.19%, respectively, in gauss levels of 3000, 6000, 9000 and 12000, while R152a savings in energy levels were up 13.10%, 15.59% and 25.86% and R407a saving in power up to 7.3%, 9.19%, 13.05% and 12.40%. The coolant R152a saves energy in contrast to other coolant compressors. As the magnetic field strength increases, a vapor refrigeration system decreases the energy consumption of the compressor.
Rakesh Kumar Sidheshware, S. Ganesan, and Virendra K. Bhojwani
Begell House