Radha Kanta Sarangi
Radha Kanta Sarangi
Associate Professor
Dr R K Sarangi did his B.Tech. form NIT Silchar, M.Tech. and Ph.D. from IIT Bombay. He began his career in Blue Star Ltd. He has vast experience in teaching, research and consultancy. His areas of interest include electronic cooling, simulation and modeling of thermal systems and heat transfer augmentation. Before joining KIIT, he was working as Head of Department in Don Bosco Institute of Technology, Mumbai.
Research Interests
Thermal and Fluid Engineering
Thermal and Fluid Engineering
Journals/Conferences :
1.Sarangi R K, Bhattacharya A, Prasher R S (2008), Numerical Modeling of Boiling Heat Transfer in Micro Channel, Applied Thermal Engineering, 29, pp 300-309
2.Meena P M, Sarangi R K, Rane M V (2011), Viability of a Packed Bed Thermal Storage Integrated with Evacuated Glass Tube Solar Air Heater for 30o to 300oC, SESI Journal, 21, 1&2.
3.Sarangi R K & Rane M V (2013), Numerical Modeling of Open Loop Pulsating Heat Pipe with Heating from Top, Heat Transfer Research, 44, pp 535-555
4.Sarangi R K & Rane M V (2013), Experimental Investigation for Maximum and Startup Heat Load of Closed Loop Pulsating Heat Pipe, Procedia Engineering, 51, pp 683-687
5. S.Narasimhan, R K Sarangi, A Bhattacharya, R S Prashe (2005), Numerical Modeling of Boiling Heat Transfer in Microchannel , ASME, 42215, pp 739-748
6. Kulkarni P A, Sarangi R K, Sabnis S P (2015), Recent Investigations in Solar Flat Plate Collector, 978-1-4799-8187-8/15 IEEE
7. Pokharankar A, Narawade G, Rodrigues J, Koyande O, Sarangi R K (2015),Dehumidification of Air in Recirculated Air Conditioner Test Rig using Heat Pipes, 978-1-4799-8187-8/15 IEEE
8. Rane M V, Sarangi R K, Reddy P M (2016), Helical Closed Loop Helical Coiled Pulsating Heat Pipe for Cooling Applications, Indian Patent #18479/2016-MUM
9. Sarangi R K & Nayak S K (2018), Modeling of Boiling Heat Transfer in Microchannel for Non-Uniform Heat Flux,Thermacomp, 223309, pp 730-733
10. nayak S K, Mishra P C, Sarangi R K (2018), Modeling and Optimization of Controlling Parameters for Nano Fluid Based Ultra Fast Cooling, Thermacomp, 223309, 718-721
1.Sarangi R K, Bhattacharya A, Prasher R S (2008), Numerical Modeling of Boiling Heat Transfer in Micro Channel, Applied Thermal Engineering, 29, pp 300-309
2.Meena P M, Sarangi R K, Rane M V (2011), Viability of a Packed Bed Thermal Storage Integrated with Evacuated Glass Tube Solar Air Heater for 30o to 300oC, SESI Journal, 21, 1&2.
3.Sarangi R K & Rane M V (2013), Numerical Modeling of Open Loop Pulsating Heat Pipe with Heating from Top, Heat Transfer Research, 44, pp 535-555
4.Sarangi R K & Rane M V (2013), Experimental Investigation for Maximum and Startup Heat Load of Closed Loop Pulsating Heat Pipe, Procedia Engineering, 51, pp 683-687
5. S.Narasimhan, R K Sarangi, A Bhattacharya, R S Prashe (2005), Numerical Modeling of Boiling Heat Transfer in Microchannel , ASME, 42215, pp 739-748
6. Kulkarni P A, Sarangi R K, Sabnis S P (2015), Recent Investigations in Solar Flat Plate Collector, 978-1-4799-8187-8/15 IEEE
7. Pokharankar A, Narawade G, Rodrigues J, Koyande O, Sarangi R K (2015),Dehumidification of Air in Recirculated Air Conditioner Test Rig using Heat Pipes, 978-1-4799-8187-8/15 IEEE
8. Rane M V, Sarangi R K, Reddy P M (2016), Helical Closed Loop Helical Coiled Pulsating Heat Pipe for Cooling Applications, Indian Patent #18479/2016-MUM
9. Sarangi R K & Nayak S K (2018), Modeling of Boiling Heat Transfer in Microchannel for Non-Uniform Heat Flux,Thermacomp, 223309, pp 730-733
10. nayak S K, Mishra P C, Sarangi R K (2018), Modeling and Optimization of Controlling Parameters for Nano Fluid Based Ultra Fast Cooling, Thermacomp, 223309, 718-721