Dr. Rijo Jacob Thomas
Dr. Rijo Jacob Thomas
Assistant Professor, Department of Mechanical Engineering, TKM College of Engineering, Kollam
Verified email at tkmce.ac.in - Homepage
Title
Cited by
Cited by
Year
Exergy analysis of helium liquefaction systems based on modified Claude cycle with two-expanders
RJ Thomas, P Ghosh, K Chowdhury
Cryogenics 51 (6), 287-294, 2011
352011
Role of expanders in helium liquefaction cycles: Parametric studies using Collins cycle
RJ Thomas, P Ghosh, K Chowdhury
Fusion Engineering and Design 86 (4-5), 318-324, 2011
332011
Exergy based analysis on different expander arrangements in helium liquefiers
RJ Thomas, P Ghosh, K Chowdhury
International journal of refrigeration 35 (4), 1188-1199, 2012
232012
Role of heat exchangers in helium liquefaction cycles: Simulation studies using Collins cycle
RJ Thomas, P Ghosh, K Chowdhury
Fusion Engineering and Design 87 (1), 39-46, 2012
222012
Application of exergy analysis in designing helium liquefiers
RJ Thomas, P Ghosh, K Chowdhury
Energy 37 (1), 207-219, 2012
212012
Applicability of equations of state for modeling helium systems
RJ Thomas, R Dutta, P Ghosh, K Chowdhury
Cryogenics 52 (7-9), 375-381, 2012
192012
Optimum number of stages and intermediate pressure level for highest exergy efficiency in large helium liquefiers
RJ Thomas, P Ghosh, K Chowdhury
International journal of refrigeration 36 (8), 2438-2457, 2013
172013
Application of parallel heat exchangers in helium refrigerators for mitigating effects of pulsed load from fusion devices
R Dutta, P Ghosh, K Chowdhury
Fusion engineering and design 86 (4-5), 296-306, 2011
142011
Bending of CORC® cables and wires: finite element parametric study and experimental validation
VA Anvar, K Ilin, KA Yagotintsev, B Monachan, KB Ashok, BA Kortman, ...
Supercond. Sci. Technol 31 (11), 1-20, 2018
112018
Thermodynamic analysis of collin’s cycle: Aspects of designing large scale helium liquefiers
RJ Thomas, P Ghosh, K Chowdhury
Proceedings of International Cryogenic Engineering Conference 23, 291-297, 2010
112010
Exergy analysis of different cold end configurations for helium liquefiers
RJ Thomas, P Ghosh, K Chowdhury
Journal of Thermal Science and Engineering Applications 4 (2), 2012
92012
Exergy approach in designing large-scale helium liquefiers
RJ Thomas
IIT Kharagpur, 2012
52012
Dynamic simulation of large-scale helium liquefier using Aspen Hysys®
R Dutta, RJ Thomas, P Ghosh, K Chowdhury
23rd National Symposium on cryogenics, 2010
52010
Thermodynamic properties of helium: a comparative study on different equations of state
RJ Thomas, S Basak, P Ghosh, K Chowdhury
Indian Journal of Cryogenics 35 (1-4), 240-245, 2010
52010
Experimental investigation on mass flow rate measurements using fibre Bragg grating sensors
SR Thekkethil, RJ Thomas, H Neumann, R Ramalingam
IOP Conference Series: Materials Science and Engineering 171 (1), 012136, 2017
42017
Mathematical model for a novel cryogenic flow sensor using fibre Bragg gratings
SR Thekkethil, KER Roy, RJ Thomas, H Neumann, R Ramalingam
Procedia Technology 24, 477-484, 2016
42016
Design and analysis of large-scale helium liquefiers/refrigerators: issues with modeling and simulation
P Ghosh, RJ Thomas, R Dutta, K Chowdhury
Indian Journal of Cryogenics 37 (1to4), 9-16, 2012
22012
Simulation of Stratified Two-phase Flow Regime using Air-Water Model in ANSYS Fluent®
B Monachan, RJ Thomas, D Steaphen, M Skaria, KA Shafi
Journal of Physics: Conference Series 1355 (1), 012014, 2019
12019
Thermodynamic analysis of an integrated gas turbine power plant utilizing cold exergy of LNG
EN Krishnan, N Balasundaran, RJ Thomas
Journal of Mechanical Engineering and Sciences 12 (3), 3961-3975, 2018
12018
Exergy analysis of large-scale helium liquefiers: Evaluating design trade-offs
RJ Thomas, P Ghosh, K Chowdhury
AIP Conference Proceedings 1573 (1), 968-975, 2014
12014
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