Add to ORKGIn refrigeration and heat pump applications, falling film evaporators should be very attractive due to high heat transfer coefficients with negligible pressure drop. In this paper results from an experimental study with refrigerant R12 are reported. The results are compared with existing correlations in the literature and the need for a new correlation is recognized. The following equation is derived with data from three different sources (including the present study and the study of Chun and Seban): Nu = 0.012 Re 0.28 Pr 0.53.The equation has been validated with data from three additional studies
In order to study the heat transfer of the falling film evaporator with phase change on both sides, ...
Horizontal falling film evaporators have the potential of displacing flooded evaporators in industry...
In this work, the performance of an innovative evaporator based on water falling film was investigat...
In refrigeration and heat pump applications, falling film evaporators should be very attractive due ...
In many industrial applications, falling film evaporation is an attractive technique for solvent rem...
The evaporative heat transfer coefficient for nonazeotropicmixtures of R12 and R114 has been studied...
Some thermal and hydraulic aspects of falling film evaporation were investigated. Experiments were m...
A large number of industrial processes are based on the concentration of liquid products by means of...
The complexities of two-phase flow and evaporation on a tube bundle present important problems in th...
Falling film evaporators constitute an essential part of dairy powder production facilities. Evapora...
A research evaporator has been built to increase knowledge about heat transfer in evaporation of bla...
This study is a contribution for the improvement of horizontal falling film heat exchangers. This ty...
Copyright © 2016 by ASME. For falling film evaporation, the most important considerations from a the...
This paper is a literature review and correlation of data on falling film and spray evaporators. Th...
Black liquor is a fluid with high viscosity, implying high Pr numbers. Most of the previously develo...
In order to study the heat transfer of the falling film evaporator with phase change on both sides, ...
Horizontal falling film evaporators have the potential of displacing flooded evaporators in industry...
In this work, the performance of an innovative evaporator based on water falling film was investigat...
In refrigeration and heat pump applications, falling film evaporators should be very attractive due ...
In many industrial applications, falling film evaporation is an attractive technique for solvent rem...
The evaporative heat transfer coefficient for nonazeotropicmixtures of R12 and R114 has been studied...
Some thermal and hydraulic aspects of falling film evaporation were investigated. Experiments were m...
A large number of industrial processes are based on the concentration of liquid products by means of...
The complexities of two-phase flow and evaporation on a tube bundle present important problems in th...
Falling film evaporators constitute an essential part of dairy powder production facilities. Evapora...
A research evaporator has been built to increase knowledge about heat transfer in evaporation of bla...
This study is a contribution for the improvement of horizontal falling film heat exchangers. This ty...
Copyright © 2016 by ASME. For falling film evaporation, the most important considerations from a the...
This paper is a literature review and correlation of data on falling film and spray evaporators. Th...
Black liquor is a fluid with high viscosity, implying high Pr numbers. Most of the previously develo...
In order to study the heat transfer of the falling film evaporator with phase change on both sides, ...
Horizontal falling film evaporators have the potential of displacing flooded evaporators in industry...
In this work, the performance of an innovative evaporator based on water falling film was investigat...