DESIGN THEORY AND COMPUTATIONAL ANALYSIS OF A SOLAR STILL

Over the last decade, computational modelling has become a more reliable and notable tool in the arsenal available to engineers. However, due to lack of training and information available, engineers prefer using more conventional analytical approaches to design, model and analyze desired systems. This research article describes the design theory, mathematical model employed by computational software and modelling process utilized in the three dimensional multiphase heat and mass transfer model of a double slope solar still. The double slope solar still performance results obtained from the computational analysis are summarized and graphed