Abhilas Swain
Abhilas Swain
Assistant Professor
Dr. Abhilas Swain completed his B.Tech in mechanical engineering from UCE,Burla (Currently VSSUT) and pursued his Ph.D. in mechanical Engineering from IIT Bhubaneswar. His expertise are experimental thermo-fluid engineering, heat exchangers, artificial intelligenece methods etc.
Profile Links
Email :
[email protected]
Google Scholar :
https://scholar.google.com/citations?user=Nxwnef4AAAAJ&hl=en&oi=ao
Social Links
Educational Qualification
Ph.D. (Thermal Engineering from IIT BBSR)
Research Interests
Heat Transfer, Thermal energy storage, Refrigeration and Airconditioning
Administrative Responsibility
Faculty Incharge: Green Engine Laboratory
Memberships
ISHRAE
Ph.D. (Thermal Engineering from IIT BBSR)
Research Interests
Heat Transfer, Thermal energy storage, Refrigeration and Airconditioning
Administrative Responsibility
Faculty Incharge: Green Engine Laboratory
Memberships
ISHRAE
Journals/Conferences :
[1] A Swain, MK Das, A review on saturated boiling of liquids on tube bundles, Heat and Mass Transfer 50 (5), 617-637, 49, 2014
[2] A Swain, MK Das, Flow boiling of distilled water over plain tube bundle with uniform and varying heat flux along the height of the tube bundle, Experimental Thermal and Fluid Science, 82, 222-230, 10, 2017
[3] A Swain, MK Das, Convective heat transfer and pressure drop over elliptical and flattened tube, Heat Transfer—Asian Research 45 (5), 462-481, 8, 2016
[4] A Swain, RL Mohanty, MK Das, Pool boiling of distilled water over tube bundle with variable heat flux
[5] Heat and Mass Transfer 53 (8), 2487-2495, 5, 2017
[6] A Swain, M Kumar Das, Prediction of heat transfer coefficient in flow boiling over tube bundles using ANFIS, Heat Transfer Engineering 37 (5), 443-455, 5, 2016
[7] RL Mohanty, A Swain, MK Das, Thermal performance of mixed tube bundle composed of circular and elliptical tubes, Thermal Science and Engineering Progress 5, 492-505 4 2018
[8] A Swain, MK Das, Performance of porous coated 5× 3 staggered horizontal tube bundle under flow boiling, Applied Thermal Engineering 128, 444-452, 4, 2018
[9] A Swain, MK Das, Artificial intelligence approach for the prediction of heat transfer coefficient in boiling over tube bundles, Proceedings of the Institution of Mechanical Engineers, Part C: Journal of Mechanical engineering science, 2014
[10] A Swain, MK Das, Development of generalized ANFIS model for flow boiling of refrigerants on plain tube bundles, InInternational Conference on Production and Mechanical Engineering (ICPME), 2014
[1] A Swain, MK Das, A review on saturated boiling of liquids on tube bundles, Heat and Mass Transfer 50 (5), 617-637, 49, 2014
[2] A Swain, MK Das, Flow boiling of distilled water over plain tube bundle with uniform and varying heat flux along the height of the tube bundle, Experimental Thermal and Fluid Science, 82, 222-230, 10, 2017
[3] A Swain, MK Das, Convective heat transfer and pressure drop over elliptical and flattened tube, Heat Transfer—Asian Research 45 (5), 462-481, 8, 2016
[4] A Swain, RL Mohanty, MK Das, Pool boiling of distilled water over tube bundle with variable heat flux
[5] Heat and Mass Transfer 53 (8), 2487-2495, 5, 2017
[6] A Swain, M Kumar Das, Prediction of heat transfer coefficient in flow boiling over tube bundles using ANFIS, Heat Transfer Engineering 37 (5), 443-455, 5, 2016
[7] RL Mohanty, A Swain, MK Das, Thermal performance of mixed tube bundle composed of circular and elliptical tubes, Thermal Science and Engineering Progress 5, 492-505 4 2018
[8] A Swain, MK Das, Performance of porous coated 5× 3 staggered horizontal tube bundle under flow boiling, Applied Thermal Engineering 128, 444-452, 4, 2018
[9] A Swain, MK Das, Artificial intelligence approach for the prediction of heat transfer coefficient in boiling over tube bundles, Proceedings of the Institution of Mechanical Engineers, Part C: Journal of Mechanical engineering science, 2014
[10] A Swain, MK Das, Development of generalized ANFIS model for flow boiling of refrigerants on plain tube bundles, InInternational Conference on Production and Mechanical Engineering (ICPME), 2014