Rohit Singh Lather
@ncuindia.edu
Associate Professor
The Northcap University
EDUCATION
PhD, Energy Studies, Jan 2009 - Dec 2013, Indian Institute of Technology, Delhi
Development & experimental investigation of multi-cylinder port-injected SI engine fueled with CNG, HCNG, and Hydrogen
Master of Technology (M.Tech.), Automotive Engineering, Jul 2006 - Jun 2008, Vellore Institute of Technology, Vellore / Automotive Research Association of India (ARAI), Pune
M.Tech. Thesis: “Production of biodiesel from Karanja oil and its utilization in compression ignition engines”
Bachelor of Technology - BTech, Mechanical Engineering Sep 2001 - Jun 2005, Kurukshetra University
RESEARCH, TEACHING, or OTHER INTERESTS
Renewable Energy, Sustainability and the Environment, Automotive Engineering, Mechanical Engineering, Fuel Technology
Scopus Publications
Scholar Citations
Scholar h-index
Scholar i10-index
Scopus Publications
Rajiva Lochan Mohanty, Rohit Singh Lather, Sharon Bashyam, Sumanta Chaudhuri, and Mihir Kumar Das
SAGE Publications
The present study is carried out using CFX, a commercial computational fluid dynamics (CFD) software, to estimate the thermal characteristics of a heat pipe. A heat pipe consists of three concentric circular tubes with three different split sections: Evaporator, adiabatic, and condenser sections. A detailed parametric study takes water and methanol as working fluids – Additionally, a study investigates the heat pipe with condenser section subjected to ambient air. The complete analysis is performed for an existing heat pipe with given design characteristics such as orientation, diameter and length, wick structure, and the stated circumstances and intake flow to the evaporator. The results are reported and compared in graphical form. It is observed that the water improves the heat pipe thermal features in terms of temperature than that of methanol. The maximum surface temperature is recorded in the evaporator zone at 132 oC, while the lowest temperature was measured at the conclusion of the condenser portion at 87.6 oC. The condenser portion's extreme surface temperature is 79.93 oC, whereas the evaporator portion's extreme surface temperature is 127 oC. When attributes are compared at atmospheric pressure, water outperforms methanol in terms of merit. This shows that compared to methanol, water has greater heat transfer properties.
Mahesh Kumar Balthy, Rohit Singh Lather, and Deepak Rana
Springer Nature Singapore
Akanksha Mathur, Rohit Singh Lather, Vinit Chauhan, Rahul Sharma, and Tushar Mehta
Springer Singapore
Rohit Singh Lather
Springer Singapore
Rohit Singh Lather and L.M. Das
Elsevier BV
Rohit Singh Lather and L. M. Das
SAE International