Projektiranje z orodji BIM ob upoštevanju trajnostnih kriterijev

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Language:	Slovenian
Year of publishing:	2010
Source:	Ljubljana
Typology:	2.11 - Undergraduate Thesis
Organization:	UL FGG - Faculty of Civil and Geodetic Engineering
Publisher:	[M. Todorović]
UDC:	004.42:004.6:659.2:69(043.2)
COBISS:	4904033
Views:	2505
Downloads:	560
Average score:	0 (0 votes)
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Secondary language:	English
Secondary title:	Designing with BIM tools using sustainability criteria
Secondary abstract:	A new breakthrough era in design has begun in whole building industry, which is based on BIM – Building Information Model. The emphasis of the new workflow is in information stored inside building model which is used in BIM-based software from where all designers get the needed data and work on. A change from designing on paper to designing in CAD (Computer Aided Design) software was a big change, although it actually just changed the normal paper with digital one. While on the other hand BIM is said by many to be a much bigger change in the way things work in building industry. The thesis focuses on the possibilities of BIM in building design regarding buildings’ energy efficiency and sustainability, which is becoming more and more important nowadays because of the climate change. There are many BIM software providers, but currently the most popular of them all in worldwide comparison is Revit from American corporation Autodesk. Software package contains three applications – Revit Architecture (for architects), Revit Structure (for structural engineers) and Revit MEP (for MEP engineers). There are many other specialized software applications which can work with Revit, but when we are considering sustainable design there are two programs from Autodesk which stand out – Ecotect Analysis and Green Building Studio (GBS). The thesis outlines history and development of BIM design and stresses out the importance in possibility of software interoperability and plots the basics of sustainable design in BIM. After that, description of modeling reinforced concrete structure of chosen building is shown in Revit Architecture 2010. The first goal of the thesis was modeling a whole detailed architectural model of the building, but when we realized the importance of using sustainable design analysis software is in the conceptual phase of design, we dropped that goal. The thesis then shows how a conceptual design of the building is modeled and then used in further study inside Ecotect Analysis 2010 and GBS. The study in Ecotect shows average daily insulation analysis and overshadowing of the building. GBS’s study shows possibilities and results of VIII
Secondary keywords:	interoperability;BIM;parametrical 3D construction model;sustainable design;energy analysis;CO2 emissions;
File type:	application/pdf
Type (COBISS):	Undergraduate thesis
Thesis comment:	Univ. v Ljubljani, Fak. za gradbeništvo in geodezijo
Pages:	XVIII, 84 str., pril.
Type (ePrints):	thesis
Title (ePrints):	Designing With BIM Tools Using Sustainability Criteria
Keywords (ePrints):	interoperabilnost;BIM;parametrični 3D model konstrukcije;trajnostni razvoj;energetska analiza;emisije CO2
Keywords (ePrints, secondary language):	interoperability;BIM;parametrical 3D construction model;sustainable design;energy analysis;CO2 emissions
Abstract (ePrints):	V gradbeni industriji se pojavlja nov, prelomen način projektiranja zgradb, ki temelji na informacijskem modelu zgradbe, to je BIM - Building Information Model. Ta način teži k temu, da so na enem mestu zbrane vse informacije o načrtovani zgradbi in da vsi programi, s katerimi arhitekti in inženirji delajo, BIM uporabljajo za črpanje in shranjevanje podatkov. Sprememba od načrtovanja na papirju k načrtovanju s pomočjo risarskih CAD (Computer Aided Design) programov je bila sicer novost, ki pa je v bistvu samo papir zamenjala z digitalno risalno desko. BIM pa po mnenju nekaterih začenja povsem novo ero gradbene industrije. V nalogi nas zanima, kako se BIM obnese za tisti del projektiranja, ki se nanaša na upoštevanje energetske in snovne učinkovitosti zgradbe. Le-ta je v luči boja proti klimatskim spremembam namreč vedno bolj pomembna. Med ponudniki BIM programskih aplikacij je trenutno v svetovnem merilu najbolj popularen programski paket Revit ameriške korporacije Autodesk. Programska družina Revit sestoji iz treh glavnih programov – Revit Architecture (namenjen arhitektom), Revit Structure (namenjen gradbenikom) ter Revit MEP (namenjen strojnikom). Poleg teh pa obstaja še vrsta ostalih specializiranih programov, ki so z družino Revit povezljivi, konkretneje v povezavi s trajnostnim razvojem izstopata dva Autodeskova programa – Ecotect Analysis in Green Building Studio. Diplomska naloga najprej oriše razvoj BIM projektiranja in izpostavi še vedno pomembno potrebo po interoperabilnosti programske opreme. Opozori na pomembnost trajnostnega razvoja znotraj BIM projektiranja. Sledi opis in prikaz modeliranja armiranobetonske nosilne konstrukcije izbranega objekta v programu Revit Architecture 2010. Sprva predvideno nadaljnje detajlnejše arhitektonsko modeliranje objekta se je na tem mestu zaključilo, ker se programi za analizo energetkih in snovnih učinkovitosti v BIM-u uporabljajo v začetni, konceptualni fazi projektiranja zgradb. Tako je prikazano ponovno modeliranje zgradbe v smislu konceptualne zasnove in povezava s programoma Ecotect Analysis 2010 in Green Building Studio (GBS). V prvem sta prikazani analiza povprečne dnevne osončenosti in
Abstract (ePrints, secondary language):	A new breakthrough era in design has begun in whole building industry, which is based on BIM – Building Information Model. The emphasis of the new workflow is in information stored inside building model which is used in BIM-based software from where all designers get the needed data and work on. A change from designing on paper to designing in CAD (Computer Aided Design) software was a big change, although it actually just changed the normal paper with digital one. While on the other hand BIM is said by many to be a much bigger change in the way things work in building industry. The thesis focuses on the possibilities of BIM in building design regarding buildings’ energy efficiency and sustainability, which is becoming more and more important nowadays because of the climate change. There are many BIM software providers, but currently the most popular of them all in worldwide comparison is Revit from American corporation Autodesk. Software package contains three applications – Revit Architecture (for architects), Revit Structure (for structural engineers) and Revit MEP (for MEP engineers). There are many other specialized software applications which can work with Revit, but when we are considering sustainable design there are two programs from Autodesk which stand out – Ecotect Analysis and Green Building Studio (GBS). The thesis outlines history and development of BIM design and stresses out the importance in possibility of software interoperability and plots the basics of sustainable design in BIM. After that, description of modeling reinforced concrete structure of chosen building is shown in Revit Architecture 2010. The first goal of the thesis was modeling a whole detailed architectural model of the building, but when we realized the importance of using sustainable design analysis software is in the conceptual phase of design, we dropped that goal. The thesis then shows how a conceptual design of the building is modeled and then used in further study inside Ecotect Analysis 2010 and GBS. The study in Ecotect shows average daily insulation analysis and overshadowing of the building. GBS’s study shows possibilities and results of VIII
Keywords (ePrints, secondary language):	interoperability;BIM;parametrical 3D construction model;sustainable design;energy analysis;CO2 emissions
ID:	8310895