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Analiza izbranih gradbeno-fizikalnih in okoljskih parametrov konstrukcijskih sklopov iz lesa : diplomska naloga
Štrus, Anja (Author), Košir, Mitja (Mentor) More about this mentor... This link opens in a new window, Dovjak, Mateja (Co-mentor), Logar, Janko (Thesis defence commission member)

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Abstract
Svet se sooča s podnebnimi spremembami zaradi velike količine spuščenih toplogrednih plinov. K večjemu številu emisij le-teh prispeva tudi gradbeništvo in z njim gradnja objektov, pri čemer imajo stanovanjske stavbe največji delež. Da bi te spremembe omilili in zmanjšali tudi količino izpusta CO2 v ozračje, je potrebno zmanjšati izpuste ali pa odstraniti in skladiščiti CO2. Edini trenutno poznani material, ki ima sposobnost obojega, je les. Tako bom v sklopu diplomske naloge pregledala sisteme lesene gradnje na slovenskem trgu in jih predstavila. Od izbranih izvajalcev bom izbrala po dva konstrukcijska sklopa zunanje stene iz vsakega sistema lesene gradnje. Eden bo vseboval lesa le za nosilno konstrukcijo, drugi pa še za toplotno in hidroizolacijo. Analizo konstrukcijskih sklopov bom izvedla v programu TEDI ter dobljene gradbeno-fizikalne lastnosti primerjala s konstrukcijskim sklopom zunanje stene konvencionalne gradnje hiš pri nas. Nato bo sledila ocena izbranih konstrukcijskih sklopov s stališča okoljskih parametrov s pomočjo že opravljenih študij ter primerjava le-teh rezultatov s konvencionalno gradnjo v Sloveniji. Z dobljenimi rezultati želim pokazati, da z uporabo lesa pri gradnji objektov zmanjšamo količino sproščenih emisij CO2 v ozračje v primerjavi z zidano stavbo, ravno tako pa ima tudi boljše gradbeno-fizikalne lastnosti. S tem želim doseči, da bi se število take gradnje pri nas povečalo.

Language:Slovenian
Keywords:gradbeništvo, diplomska dela, UNI, B-GR, konstrukcijski sklopi, les, okvirni sistem, masivni sistem, skeletni sistem, konvencionalna slovenska gradnja, gradbeno-fizikalni vidik, okoljski vidik, LCA študija, ogljični odtis
Work type:Bachelor thesis/paper (mb11)
Tipology:2.11 - Undergraduate Thesis
Organization:FGG - Faculty of Civil and Geodetic Engineering
Year:2014
Publisher:[A. Štrus]
Number of pages:XI, 45 str., 6 pril.
Place:Ljubljana
UDC:624.011.1:699.8(497.4)(043.2)
COBISS.SI-ID:6836577 Link is opened in a new window
Views:1480
Downloads:506
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Secondary language

Language:English
Title:Analysis of selected building-physics and environmental parameters of wood based constructional complexes
Abstract:
The world is due to the large amounts of greenhouse gases emissions facing climate changes. These emissions are increased also by civil engineering and by building facilities, apartment buildings having the largest share in it. To alleviate climate changes as well as the amount of CO2 emissions, these emissions have to be decreased, or CO2 has to be removed and stored. The only currently known material which has the power to do both is wood. For my bachelor's degree thesis I will, therefore, look into the Slovenian systems of wood constructions and present them. From the building contractors, I will choose two constructional complexes of the outer wall from each of the wood building systems. One of them will have wood only for load-bearing construction, the other one also for thermal and hydro insulation. The analysis of constructional complexes will be done in TEDI program. The results of building-physics qualities will be compared to the Slovenian conventionally built constructional complexes of the outer wall. With the help of already-existing studies I will evaluate some constructional complexes from the point of view of environmental parameters. I will also give a comparison between these results and the conventional building in Slovenia. I intend to show how using wood in building facilities can help reduce the amount of releasing CO2 emissions in the atmosphere, as opposed to a masonry building. A building made of wood also has better buildingphysics qualities. I wish to accomplish that the number of these buildings in Slovenia would rise.

Keywords:graduation thesis, civil engineering, constructional complexes, wood, panel system, massive system, frame system, conventional Slovenian construction, building-physics parameters, conventional Slovenian construction, building-physics parameters, environmental indicator, LCA analysis, carbon footprint

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