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Title: | The algorithm for improving the thermal comfort in urban environment Algoritam za poboljšanje termalnog komfora u urbanoj sredini |
Authors: | Bajšanski Ivana | Keywords: | outdoor thermal comfort, urban design, parametric modelling, algorithm, extreme temperatures;spoljašnji termalni komfor, urbani dizajn, parametarsko modelovanje,algoritam, ekstremne temperature | Issue Date: | 18-Aug-2016 | Publisher: | Univerzitet u Novom Sadu, Fakultet tehničkih nauka u Novom Sadu University of Novi Sad, Faculty of Technical Sciences at Novi Sad |
Abstract: | <p>Cilj ovog istraživanja je kreiranje algoritma za poboljšanje spoljašnjeg<br />termalnog komfora u velikim urbanim sredinama, uzimajući u obzir<br />određene geometrijske parametre izgrađenog okruženja, primenom<br />softverskih aplikacija za parametarsko modelovanje. Algoritam za<br />poboljšanje spoljašnjeg termalnog komfora ima opciju automatske<br />izmene lokacije čoveka, što omogućava procenu termalnog komfora u<br />području velikih razmera, kao što su bulevari, blokovski prostori, trgovi i<br />drugi. Takođe, algoritam za poboljšanje spoljašnjeg termalnog komfora<br />omogućava i automatsko menjanje visina zgrada u cilju postizanja<br />optimalnog urbanog dizajna koji podrazumeva najbolji spoljašnji termalni<br />komfor.</p> <p>The aim of this research is to create an algorithm for improvement of<br />outdoor thermal comfort conditions in urban areas taking into account<br />certain geometrical parameters of built urban environment, applying<br />parametric modelling and different software packages. The algorithm<br />for improving the outdoor thermal comfort offers the option of<br />automated change of a man’s location, which enables the evaluation<br />of outdoor thermal comfort in large-scale urban areas, such as<br />boulevards, courtyards, squares etc. In addition, the algorithm for<br />improving the outdoor thermal comfort also allows automatic<br />variations of building height in order to achieve the optimal urban<br />design which implies the best outdoor thermal comfort.</p> |
URI: | https://open.uns.ac.rs/handle/123456789/16799 |
Appears in Collections: | FTN Teze/Theses |
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