Research activities of our laboratory can be broadly classified into two categories: heat transfer and solid sorption storage/ cooling.
Heat transfer research aims at miniaturisation of heat exchangers. Miniaturised, cryo-compatible heat exchangers offer challenges to achieve high efficiency with reduced heat ingress, axial heat conduction, pressure drop and preferably at low cost. The first prototype unit has been built and tested.
Heat transfer research, in our laboratory, also envisages using metal foam as extended heat transfer surfaces or fins owing to their high heat transfer surface area density, open porosity, interconnectivity and ability of creating eddies. Metal foam has been found extremely effective as passive radiation coolers in space cryogenics (cooling accomplished by radiating heat to outer space). Both experimental and theoretical research is progressing simultaneously in this field. Other effective utilisation of open porous metal foam is also in progress.
Solid sorption research has spread in two directions. Cryosorption storage of gaseous hydrogen in carbonaceous materials is the area in which the research is currently limited to theoretical level.
The other aspect of sorption research is related to cooling. Aiming at an effective utilisation of large heat of desorption, the present research is focussed on overcoming the limitations typically linked to solid sorption processes. Usually, intermittency in solid sorption cooling is avoided with the use of multiple adsorbent beds triggering operational complexities. Development of continuous solid sorption cooling in a single adsorbent tube, with the rapid pressurisation and depressurisation, can substantially reduce this problem. Active research is being pursued for couple of years.
Heat Transfer Correlation for High Porosity Open Cell Foam by Ghosh I. Int. Journal of Heat and Mass Transfer 49 2889-2902 (2009)
Synthesis of Multistream Heat Exchangers by Thermally Linked Two-Stream Modules by Ghosh, I., Sarangi, S.K., Das, P.K. Int. Journal of Heat and Mass Transfer 53 1070-1078 (2010)
Cryosorption Storage of Gaseous Hydrogen for Vehicular Application A Conceptual Design by Ghosh, I., Naskar, S., Bandyopadhyay, S. S. Int. Journal of Hydrogen Energy 35 (1) 161-168 (2010)
New Technique for Generating Continuous Sorption Cooling in a Single Adsorbent Column by Koley S., Ghosh I. Applied Thermal Engineering 55 33-42 (2013)
Theoretical and Experimental Studies of Crossflow Minichannel Heat Exchanger Subjected to External Heat Ingress by Dixit, T., Ghosh, I. Applied Thermal Engineering 73 160-169 (2014)
On Scope of Improving Solid Sorption Cooling - Generating it Continuously in a Regenerative Single Adsorbent Column by Ghosh, I. Science and Technology for the Built Environment 21 275-279 (2015)
Review of Micro- and Mini-channel Heat Sinks and Heat Exchangers for Single Phase Fluids by Dixit, T., Ghosh, I. Renewable & Sustainable Energy Reviews 41 1298-1311 (2015)
Role of Desorption Route in a Novel Single-Column Continuous Solid Sorption Cooling Process by Koley, S., Ghosh, I. Applied Thermal Engineering 99 502-513 (2016)
An Experimental Study on Open Cell Metal Foam as Extended Heat Transfer Surface by Dixit, T., Ghosh, I. Experimental Thermal and Fluid Science 77 28-37 (2016)
Radiation Heat Transfer in High Porosity Open-cell Metal Foams for Cryogenic Applications by Dixit, T., Ghosh, I. Applied Thermal Engineering 102 942-951 (2016)
Theoretical and Experimental Studies on Flow Characteristics during Change-over of Flow from Start-up Tank to Run Tank during Liquid Rocket Engine Testing ISRO Propulsion Complex
Analysis of Rocket Propulsion Test Data using Data Fusion Techniques ISRO Propulsion Complex
Development of a Cost Effective Left Ventricular Assist Device (LVAD) with Centrifugal Mechanical Circulator, Drive System and Associated Control (Proposal ID - 7781) Indian Council of Medical Research, Dept. of Health Research, Ministry of Health and Family Welfare
Area of Research: Thermo-hydraulic studies of Mini/Microchanel
Area of Research: Tubular heat exchanger
Area of Research: development of LVAD
Area of Research: development of LVAD
Area of Research: