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Showing 1 to 3 of 3 for “"Louver-fin"”.

  1. Predicting the Air-Side Thermal -Hydraulic Performance Characteristics of Flat-Tube Louver-Fin Heat Exchangers Under Dry and Wet Conditions

    … numerical methods. When condensate obstructs the louver gap, boundary layer re-starting does not occur, and the most important heat transfer enhancement mechanism in these flows lost. It is shown that surface tension can maintain inter-louver condensate bridges against gravity and flow-generated …

    uiuc Repository record for Predicting the Air-Side Thermal -Hydraulic Performance Characteristics of Flat-Tube Louver-Fin Heat Exchangers Under Dry and Wet Conditions (opens in a new tab)

  2. Air-side condensate management: Drainage channels in heat exchangers

    … retention characteristics of compact flat-tube louver-fin heat exchangers is presented. Various geometries of drainage channels are engraved on surrogate tubes in contact with fin stock. Two fin designs are tested using a dynamic dip testing method, and four designs are tested in a small wind …

    uiuc Repository record for Air-side condensate management: Drainage channels in heat exchangers (opens in a new tab)

  3. Experimental study of the thermal-hydraulic performance of a brazed aluminum heat exchanger under wet-surface conditions

    … The test specimen is a brazed-aluminum, louvered-fin heat exchanger. The total capacity, pressure drop and water drainage behavior under various water usage rates and air face velocities are explored and compared to data from dry-surface conditions. The impact of spray orientation is also …

    uiuc Repository record for Experimental study of the thermal-hydraulic performance of a brazed aluminum heat exchanger under wet-surface conditions (opens in a new tab)