|
 | Up a level |
Kumar, Senthil A and Jacob, Subhash and Murthy, Krishna MV and Kasthurirengan, S (2008) Analysis of heat transfer modes through multilayer insulation (MLI) in the ranges 300 - 77 K and 77 - 4.2 K. In: Twenty Second National Symposiun on Cryogenics (NSC-22).
Kuzhiveli, Biju T and Jacob, Subhash (2008) Analysis of irradiation problems in optical cryocooler. In: Twenty Second National Symposiun on Cryogenics (NSC-22).
Ashwin, TR and Narasimham, GSVL and Jacob, Subhash (2008) CFD analysis of a miniature double inlet pulse tube refrigerator. In: Twenty Second National Symposiun on Cryogenics (NSC-22).
Jacob, Subhash and Ashwin, TR and Narasimhan, GSVL (2008) CFD simulation of fluid flow and heat transfer in high frequency pulse tube refrigerators. In: International Cryogenic Engineering Conference22 and International Cryogenic Materials Conference 2008 (ICEC22-ICMC2008).
Karunanithi, R and Jacob, Subhash and Nadig, DS and Subramanian, D and Prasad, Narasimha MV (2008) Calibration of capacitance type cryogenic liquid level sensor using discrete array type liquid level indicator. In: International Cryogenic Engineering Conference22 and International Cryogenic Materials Conference 2008 (ICEC22-ICMC2008).
Kuzhiveli, Biju T and Jacob, Subhash (2008) Combined heat transfer network-matrix model for optical cryocooler. In: International Cryogenic Engineering Conference22 and International Cryogenic Materials Conference 2008 (ICEC22-ICMC2008).
Karunanithi, R and Nadig, DS and Jacob, Subhash and Subramanian, D and Prasad, Narasimha MV (2008) Cryogenically multiplexed discrete array type liquid level sensor for calibration of capacitance type cryo level sensors of LOX and LH2 systems of cryogenic upper stage. In: Twenty Second National Symposiun on Cryogenics (NSC-22).
Nadig, DS and Jacob, Subhash and Karunanithi, R and Subramanian, D and Prasad, Narasimha MV and Sen, Geetha (2008) Experimental studies of the effect of cryogenic treatment on residual stresses in Integral Diaphragm Pressure Transducers for space applications. In: International Cryogenic Engineering Conference22 and International Cryogenic Materials Conference 2008 (ICEC22-ICMC2008).
Narasimham, GSVL and Jacob, Subhash and Karunanithi, R and Garg, Rachit (2008) Study of thermal stratification in C25 stage liquid hydrogen propellant tanks. In: Proceedings of 24th Annual Inhouse Symposium on Space Science and Technology, January 2008, Bangalore.
Praveen, RS and Jacob, Subhash and Murthy, CRL and Bhardwaj, Balachandran Suresh P and Awasthi, AM (2008) Thermal conductivity measurements of carbon in epoxy and glass epoxy composites from 300K to 80K. In: Twenty Second National Symposiun on Cryogenics (NSC-22).
Praveen, RS and Jacob, Subhash and Murthy, CRL and Bhardwaj, Balachandran Suresh P and Awasthi, AM (2008) Thermal conductivity measurements of carbon-glass hybrid composites from 300K to 20K. In: Twenty Second National Symposiun on Cryogenics (NSC-22).
Jagadish, G and Jacob, Subhash and Narasimham, GSVL (2008) Thermal design of recuperator heat exchangers for helium recondensation systems using hybrid cryocoolers. In: Twenty Second National Symposiun on Cryogenics (NSC-22).
Karunanithi, R and Venkateshan, M and Aruldasan, KT and Sangunni, KS and Jacob, Subhash (2007) Novel optical cooler with thermo electrically cooled radiation shields. In: Cryogenic engineering conference and international cryogenic materials conference Chattanooga U.S.A, July 2007.
Kuzhiveli, Biju T and Jacob, Subhash (2006) Design guidelines for 3 stage linear compressor cryocooler to achieve 4.2K. In: Twenty first National Symposium on Cryogenics, November 2006.
Nadig, DS and Kasthurirengen, S and Karunanithi, R and Sen, Geetha and Jacob, Subhash (2006) Design of Cryotreatment chamber and studies on Cryogenic treatment on metals. In: Workshop on Cryogenics Science and Technology in India present and future, April 2006.
Nadig, DS and Kasthurirengen, S and Karunanithi, S and Sen, Geetha and Jacob, Subhash (2006) Design of a Cryotreatment system and studies of cryogenic treatment on metals. In: International Cryogenic Engineering Conference 21 Prague Czech Republic, July 2006.
Kuzhiveli, Biju T and Jacob, Subhash (2006) Evaluation of Network matrix computer program for optical cryocooler. In: Twenty first National Symposium on Cryogenics, November 2006.
Kuzhiveli, Biju T and Jacob, Subhash (2006) Miniature Linear compressor for Pulse Tube Cryocooler. In: Twenty first National Symposium on Cryogenics, November 2006.
Jacob, Subhash and Nadig, DS and Tamizhanban, K and Gireesan, K and Karunanithi, R and Kasthurirengen, S (2006) Nonmetal liquid helium cryostat for SQUID applications. In: International Cryogenic Engineering Conference 21 Prague Czech Republic, July 2006.
Kuzhiveli, BT and Jacob, Subhash (2006) Radiation analysis of optical cryocooler with network matrix method. In: International Cryogenic Engineering Conference 21 Prague Czech Republic, July 2006.
Kasthurirengen, S and Dinesh, K and Jacob, Subhash and Paul, PJ and Behera, Upendra (2006) Studies on Vortex tubes towards high efficiency temperature separation. In: International Cryogenic Engineering Conference 21 Prague Czech Republic, July 2006.
Ashwin, TR and Narasimham, GSVL and Jacob, Subhash (2012) Effect of natural convection on oscillating flow in a pipe with cryogenic temperature difference across the ends. In: International Journal of Heat and Mass Transfer, 55 (4). pp. 680-694.
Ashwin, TR and Narasimham, GSVL and Jacob, Subhash (2011) Oscillatory flow and temperature fields in an open tube with temperature difference across the ends. In: International Journal of Heat and Mass Transfer, 54 (15-16). pp. 3357-3368.
Praveen, RS and Jacob, Subhash and Murthy, CRL and Balachandran, P and Rao, YVKS (2011) Hybridization of carbon-glass epoxy composites: An approach to achieve low coefficient of thermal expansion at cryogenic temperatures. In: Cryogenics, 51 (2). pp. 95-104.
Ashwin, TR and Narasimham, GSVL and Jacob, Subhash (2010) CFD analysis of high frequency miniature pulse tube refrigerators for space applications with thermal non-equilibrium model. In: Applied Thermal Engineering, 30 (2-3). pp. 152-166.
