Abstract
The paper introduces a thermal comfort examination executed in a public garden located innew Damietta city. The aim of this study is to find the optimum land cover and vegetationoptions of the study area by means of numerical simulations. For this evaluation the modelledmicro- and bio-climatological conditions of a typical summer day (15th July 2017) wereanalyzed. The thermal and radiation environments of the playground were quantified by oneof the most popular bio-climatological comfort index Predicted Mean Vote (PMV) and theMean Radiant Temperature (Tmrt). The simulations of the Achieved parameters were done bythe microclimate model ENVI-met. The results were received proved that the modelled areaSubmitted a variety of thermal conditions for the visitors due to the different land covers.Furthermore this paper confirms the important effect of the vegetation on the human thermalsensation.
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