Compact heat exchangers, especially plate fin heat exchangers (PFHE) are playing an important role in various fields of science and technology. Especially in cryogenics with its high compactness providing very high degree of heat exchange area per unit volume (of the range of 1000m2/m3) and high effectiveness of 0.95 and above, PFHE is one of the most desirable equipment in the cryogenic field. Various forms of flow configurations and heat transfer surfaces for the PFHE have been studied and used. In this investigation PFHE of Aluminium alloy Al-3003 with rectangular offset-strip fin is simulated by the cold layer test method to find the effectiveness and pressure drop at low temperatures using liquid Nitrogen i.e. of the range of 80K-110K ...
The Helium refrigeration/ liquefier plant (HLP) being developed at Institute for Plasma Research, ne...
Carbon capture by cryogenic treatment is one of the emerging methods in curbing carbon dioxide (CO2)...
Compact heat exchangers such as porous foam coldplates have great potential as a high heat flux cool...
In the cryogenics field, high effectiveness heat exchangers of the order of 0.96 or higher are widel...
The objective of this study is to provide experimental data that could be used to predict the effect...
Plate fin heat exchangers, because of their compactness, low weight and high effectiveness are widel...
Plate fin heat exchangers, because of their compactness, low weight and high effectiveness are widel...
An experimental and modeling study of heat transfer and pressure drop in liquid-cooled offset fin co...
Compact heat exchangers are one of the most critical components of many cryogenic components; they a...
Heat Exchanger Play a very important role in the field of Cryogenic application (specially in the Li...
Traditional empirical formulas of Colburn heat transfer factors will lead to a design deviation for ...
Experimental investigations are carried out using a specially developed three-layer plate fin heat e...
Generally, Heat exchangers used in cryogenic applications are required to have very high effectivene...
AbstractThe Present work is carried out to investigate the thermal behavior of cross flow plate fin ...
Plate-fin heat exchangers will be employed in the Active Thermal Control System of Space Station Fre...
The Helium refrigeration/ liquefier plant (HLP) being developed at Institute for Plasma Research, ne...
Carbon capture by cryogenic treatment is one of the emerging methods in curbing carbon dioxide (CO2)...
Compact heat exchangers such as porous foam coldplates have great potential as a high heat flux cool...
In the cryogenics field, high effectiveness heat exchangers of the order of 0.96 or higher are widel...
The objective of this study is to provide experimental data that could be used to predict the effect...
Plate fin heat exchangers, because of their compactness, low weight and high effectiveness are widel...
Plate fin heat exchangers, because of their compactness, low weight and high effectiveness are widel...
An experimental and modeling study of heat transfer and pressure drop in liquid-cooled offset fin co...
Compact heat exchangers are one of the most critical components of many cryogenic components; they a...
Heat Exchanger Play a very important role in the field of Cryogenic application (specially in the Li...
Traditional empirical formulas of Colburn heat transfer factors will lead to a design deviation for ...
Experimental investigations are carried out using a specially developed three-layer plate fin heat e...
Generally, Heat exchangers used in cryogenic applications are required to have very high effectivene...
AbstractThe Present work is carried out to investigate the thermal behavior of cross flow plate fin ...
Plate-fin heat exchangers will be employed in the Active Thermal Control System of Space Station Fre...
The Helium refrigeration/ liquefier plant (HLP) being developed at Institute for Plasma Research, ne...
Carbon capture by cryogenic treatment is one of the emerging methods in curbing carbon dioxide (CO2)...
Compact heat exchangers such as porous foam coldplates have great potential as a high heat flux cool...