Test equipment and procedures have been developed to measure the heat transfer performance of an industry-standard wavy plate fin-tube condenser, and to compare it with alternative designs, Two test rigs were employed:one used direct electric heating, and the other used an R22 thermosyphon. Analysis revealed that the standard production heat exchanger suffered from excessive fin-tube resistance. This was confirmed by sectioning and microscopic examination. Seven different designs were compared at the same Reynolds number. The results were analysed to isolate the air-side heat transfer coefficient. Copyright (C) 1996 Elsevier Science Ltd and II
The effect of the number of tube rows on heat, mass and momentum transfer is experimentally investig...
Thermal contact resistance or, its reciprocal, thermal contact conductance is an important parameter...
This project presents the heat transfer and hydraulic performances of tube and fin air-cooled conden...
Fin-and-tube heat exchangers are used in a wide variety of applications. Heat exchangers with expand...
Plate fin-and-tube heat exchangers are made by inserting oval tubes through sheet metal strips with ...
The effects of condensation on the air-side performance of plate-fin-tube heat exchangers have been...
This study presents the airside performance of the fin-and-tube heat exchangers having plain fin geo...
Experimental tests on the air friction of several plate fin-tube heat exchangers were conducted unde...
Two types of aluminum foam-wrapped cylindrical heat exchanger, with foam layer thickness of 5mm, are...
Under dehumidifying conditions, the condensed water will directly affect the heat transfer and resis...
This work presents the investigation of the !henna! contact resistance in a fin-tube heat exchanger...
The effect of condensation on air-side heat transfer performance has been studied for plain-fin-and...
Tests were conducted in dry vacuum environment, on eight mechanically expanded finned tube heat exch...
This investigation focuses on determining the relative air-side heat transfer performance of severa...
In most earlier experimental investigations of condensation on low-fin tubes, vapor-side heat transf...
The effect of the number of tube rows on heat, mass and momentum transfer is experimentally investig...
Thermal contact resistance or, its reciprocal, thermal contact conductance is an important parameter...
This project presents the heat transfer and hydraulic performances of tube and fin air-cooled conden...
Fin-and-tube heat exchangers are used in a wide variety of applications. Heat exchangers with expand...
Plate fin-and-tube heat exchangers are made by inserting oval tubes through sheet metal strips with ...
The effects of condensation on the air-side performance of plate-fin-tube heat exchangers have been...
This study presents the airside performance of the fin-and-tube heat exchangers having plain fin geo...
Experimental tests on the air friction of several plate fin-tube heat exchangers were conducted unde...
Two types of aluminum foam-wrapped cylindrical heat exchanger, with foam layer thickness of 5mm, are...
Under dehumidifying conditions, the condensed water will directly affect the heat transfer and resis...
This work presents the investigation of the !henna! contact resistance in a fin-tube heat exchanger...
The effect of condensation on air-side heat transfer performance has been studied for plain-fin-and...
Tests were conducted in dry vacuum environment, on eight mechanically expanded finned tube heat exch...
This investigation focuses on determining the relative air-side heat transfer performance of severa...
In most earlier experimental investigations of condensation on low-fin tubes, vapor-side heat transf...
The effect of the number of tube rows on heat, mass and momentum transfer is experimentally investig...
Thermal contact resistance or, its reciprocal, thermal contact conductance is an important parameter...
This project presents the heat transfer and hydraulic performances of tube and fin air-cooled conden...