There is an assortment in the ways of procuring palatable water freed from all impurities
through use of such techniques whether being conventional or non–conventional …

Solar still desalination uses a sustainable and pollution-free source to produce high-quality
water. The main limitation is low productivity and this has been the focus of intensive …

This paper presents the results of a numerical study on the natural convection in a right
triangular enclosure, with a heat source on its vertical wall and filled with a water–CuO …

Heat transfer in different nanofluids and understanding their characteristics through
mathematical modeling will lead to the development of noble nanofluids with tunable …

This study investigates the ability of a 2-D CFD (computational fluid dynamic) simulation in
estimating the hourly yield of a single-slope solar still. Moreover, a new equation based on …

Many experimental and numerical studies have been carried out on different configurations
of solar stills to optimize the design by investigating the effect of climatic, operational and …

Typical solar stills suffer from their low productivity and it is very important to design an
optimum device. CFD simulation can assist engineers to enhance the performance of a solar …

Despite their relative simplicity, single slope solar stills remain one of the most viable
solutions to the production of freshwater from saline and non-potable water sources. Over …

The solar still is a sustainable device to produce potable water, especially in arid areas with
abundant sunshine and low water demands. Its low productivity, however, hinders its wider …

Natural convection is studied in an isosceles triangular enclosure with a heat source located
at its bottom wall and filled with an Ethylene Glycol–Copper nanofluid. This paper examines …