... the rectangular and wavy fins under dehumidifying conditions. 24 10 2006 13 02 2007 cooling finite element analysis heat exchangers mass transfer finned surfaces dehumidification heat transfer mass transfer conjugate problems numerical simulation Simultaneous heat and mass...

... 2004 16 11 2004 heat transfer mass transfer temperature distribution optimisation Analytical Dehumidification Finned Surfaces Heat Exchangers Optimization Extended surfaces or fins are commonly used on the gas side of the heat exchangers to enhance the rate of heat...

... value is then computed. As has been explained earlier, when simultaneous cooling and dehumidification occurs, the overall heat transfer coefficient, U o , f , is defined in terms of an enthalpy (and not a temperature) driving force. Furthermore, the enthalpy “ i ” is the true air...

... control mass transfer heat transfer membranes ventilation Dehumidification Heat Transfer Moisture Membrane Exchanger Mechanical ventilation with heat recovery is often considered as one of the key elements of a low energy residential building in various climates 1 . In the past...

... Convection Dehumidification Heat Transfer Heat Exchangers In many air-cooling applications, a heat exchanger is operated below the dewpoint of the moist air it cools, and water condenses onto the air-side surface. Once condensate forms on the heat transfer surface, it accumulates until...

... humidity heat transfer drops Dehumidification Finned Surfaces Heat Transfer Extended surfaces or fins are employed in heat exchangers for effectively improving the overall heat transfer performance. Extensive researches were related to this subject with single-phase heat transfer. However...

..., or different fin surface geometries on the wet pressure drop. In this study, wind tunnel tests were performed on three different fin geometries (wavy, lanced, and louver) under wet and dry conditions. All dehumidification tests were done for fully wet surface conditions. For each geometry, the tests were...