VENTILATION SYSTEM PROJECT USING BIM METHODOLOGY FOR A COMMERCIAL BUILDING OF 580 m2 AREA
DOI:
https://doi.org/10.24867/28AM02TerzinKeywords:
Heating, ventilation, air conditioning, BIM methodology, system selectionAbstract
The paper presents an analysis of the ventilation system implemented in a commercial building. Some main physical processes that take place in heating, ventilation and air conditioning are described, their division by several characteristics is given and explained, as well as the ways and procedures by which certain types of these systems are dimensioned and selected. The entire work is rounded off with a techno-economic analysis and a comparison of several types of heating, ventilation and air conditioning systems on a selected commercial building using a specialized software package "Autodesk Revit", with the focus on ventilation system calculation task and its result.
References
I princip termodinamike, bez dat. (n.d.). Први принцип термодинамике. Preuzeto Mart 10, 2023 sa https://fizis.rs/prvi-princip-termodinamike/
[2]. II princip termodinamike, bez dat. (n.d.). Други принцип термодинамике. Preuzeto Маrt 10, 2023 sa https://fizis.rs/ii-princip-termodinamike/
[3]. Istorija BIM metodologije. (2023). A history of BIM. Preuzeto Mart 6, 2023 sa https://www.letsbuild.com/blog/a-history-of-bim
[4]. Marić, M. (2002). Nauka o toploti (termodinamika, prenos toplote, sagorevanje). Novi Sad: Fakultet tehničkih nauka.
[5]. Prenos toplote, bez dat. (n.d.). Prenos toplote. Preuzeto Mart 13, 2023 sa https://odseknis.akademijanis.edu.rs/wp-content/plugins/vts-predmeti/uploads/Kondukcija.pdf
[6]. Primena BIM. (2023). What are the benefits of BIM? Preuzeto Mart 6, 2023 sa https://www.autodesk.com/solutions/aec/bim/benefits-of-bim
[7]. Todorović Maja, bez dat. (n.d.). Energetska efikasnost sistema grejanja i klimatizacije (Mašinski fakultet, Beograd). Preuzeto April 27, 2023 sa Departman za energetiku i procesnu tehniku FTN: https://dept.uns.ac.rs/download/energetska-efikasnost-termoenergetskih-sistema-u-zgradarstvu-a7/?ind=1671178458580&filename=07-Predavanje-Sistemi-klimatizacije.pdf&wpdmdl=11135&refresh=65d3bc54640cf1708375124
[2]. II princip termodinamike, bez dat. (n.d.). Други принцип термодинамике. Preuzeto Маrt 10, 2023 sa https://fizis.rs/ii-princip-termodinamike/
[3]. Istorija BIM metodologije. (2023). A history of BIM. Preuzeto Mart 6, 2023 sa https://www.letsbuild.com/blog/a-history-of-bim
[4]. Marić, M. (2002). Nauka o toploti (termodinamika, prenos toplote, sagorevanje). Novi Sad: Fakultet tehničkih nauka.
[5]. Prenos toplote, bez dat. (n.d.). Prenos toplote. Preuzeto Mart 13, 2023 sa https://odseknis.akademijanis.edu.rs/wp-content/plugins/vts-predmeti/uploads/Kondukcija.pdf
[6]. Primena BIM. (2023). What are the benefits of BIM? Preuzeto Mart 6, 2023 sa https://www.autodesk.com/solutions/aec/bim/benefits-of-bim
[7]. Todorović Maja, bez dat. (n.d.). Energetska efikasnost sistema grejanja i klimatizacije (Mašinski fakultet, Beograd). Preuzeto April 27, 2023 sa Departman za energetiku i procesnu tehniku FTN: https://dept.uns.ac.rs/download/energetska-efikasnost-termoenergetskih-sistema-u-zgradarstvu-a7/?ind=1671178458580&filename=07-Predavanje-Sistemi-klimatizacije.pdf&wpdmdl=11135&refresh=65d3bc54640cf1708375124
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Published
2024-09-02
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Section
Mechanical Engineering
