diplomska naloga
Luka Arko (Author), Tomo Cerovšek (Mentor), Janko Logar (Thesis defence commission member), Violeta Bokan-Bosiljkov (Thesis defence commission member)

Abstract

Projektiranje konstrukcij s parametričnim modelirnikom Tekla Structures

Keywords

gradbeništvo;UNI;diplomska dela;BIM;parametrični 4D model konstrukcije;modeliranje;interoperabilnost;IFC;armirano-betonska konstrukcija;

Data

Language: Slovenian
Year of publishing:
Source: Ljubljana
Typology: 2.11 - Undergraduate Thesis
Organization: UL FGG - Faculty of Civil and Geodetic Engineering
Publisher: [L. Arko]
UDC: 624.012.4:519.4(043.2)
COBISS: 5674593 Link will open in a new window
Views: 3286
Downloads: 743
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Other data

Secondary language: English
Secondary title: Structural design with parametric modeling software Tekla Structures
Secondary abstract: Today, we are increasingly aware of the importance of quality design in building structures. Due to the fact that construction projects are becoming increasingly complex and contain more information, the need for the use of the building information model has become more important. Increasing fragmentation of the work in the design stage which cannot be handled by one single tool, different design software tools require better interoperability. In this thesis, we have used Tekla Structures design software, which allow for a high level of interoperability with other software packages and supports many different standards for data exchange. To show the advantage of the Tekla Structures' potential we modelled a large and complex facility. As part of the thesis we have made a Building Information Model (BIM) of a business-shopping centre Gemini with an area of almost 50,000 m2, which comprises two 17-storey towers with common ground floor and basement. BIM model was used to generate analytical model for a program for static and dynamic analysis SAP 2000. Based on the analysis results, we have partly designed the construction and tested a modern way of detail-making and element reinforcing. Project documentation results from a BIM model and is therefore always consistent and updated. We examined the ability of BIM change management and collision detection, which demonstrated to be very useful; however, certain segments in this area may need considerable improvement. Finally, we have developed a construction schedule and tested other functionalities of this modern way of designing structures. In the thesis we have described a broad use of the BIM model, which allows us a complete review of the design, construction and usage of the object itself.
Secondary keywords: graduation thesis;BIM;parametrical 4D construction model;modeling;interoperability;IFC;reinforced-concrete structure;
File type: application/pdf
Type (COBISS): Undergraduate thesis
Thesis comment: Univ. v Ljubljani, Fak. za gradbeništvo in geodezijo
Pages: XII, 76 str., [11] str. pril.
Type (ePrints): thesis
Title (ePrints): Structural Design With Parametric Modeling Software Tekla Structures
Keywords (ePrints): BIM;parametrični 4D model konstrukcije;modeliranje;interoperabilnost;IFC;armirano-betonska konstrukcija
Keywords (ePrints, secondary language): BIM;parametrical 4D construction model;modeling;interoperability;IFC;reinforced-concrete structure
Abstract (ePrints): Danes se vedno bolj zavedamo pomembnosti kakovostnega projektiranja gradbenih konstrukcij. Ker gradbeni projekti postajajo vedno bolj zahtevni in vsebujejo vse več informacij, postaja uporaba informacijskega modela zgradbe nuja. Zaradi vse večje delitve dela v fazi projektiranja, bi bila programska oprema, s katero bi lahko izdelali celovit projekt vseh strokovnih področij, za projektante prezahtevna in nepregledna. To posledično vodi k uporabi številnih orodij, kar pa zahteva vse večjo interoperabilnost. Programska oprema Tekla Structures, ki sem jo uporabljal v diplomskem delu, omogoča komuniciranje z ostalimi programi projektantov na osnovi dobro razvitih vmesnikov in standardnih formatov za izmenjavo podatkov. Da bi prikazali potencial, ki nam ga ta program ponuja, smo obravnavali velik in tudi zahteven objekt. V sklopu diplomske naloge sem izdelal informacijski model poslovno-nakupovalnega centra Gemini v skupni izmeri slabih 50.000 m2. Objekt obsega dva 17 nadstropna stolpa ter skupen pritlični in kletni del s podzemnimi garažami. Izdelan informacijski model stavbe sem s pomočjo vgrajene avtomatizacije pretvoril v računski model in ga nato uporabil za statično analizo v programu SAP2000. Na podlagi rezultatov analize sem delno dimenzioniral konstrukcijo in preizkusil sodoben način detajliranja in armiranja elementov. Projektna dokumentacija izhaja iz BIM modela in je zato vedno usklajena in posodobljena. Preveril sem sposobnost obvladanja sprememb in zaznave kolizij, kar se je izkazalo kot zelo uporabno, vendar je na tem področju treba določene obstoječe rešitve še nekoliko dodelati. Za konec sem izdelal še terminski plan gradnje in preveril ostale funkcionalnosti, ki nam jih ponuja ta sodobni način projektiranja konstrukcij. Na tak način sem v nalogi opisal celotno izdelavo BIM modela, ki nam omogoča popoln pregled tako nad projektiranjem, kot tudi kasneje v času gradnje ter same uporabe objekta.
Abstract (ePrints, secondary language): Today, we are increasingly aware of the importance of quality design in building structures. Due to the fact that construction projects are becoming increasingly complex and contain more information, the need for the use of the building information model has become more important. Increasing fragmentation of the work in the design stage which cannot be handled by one single tool, different design software tools require better interoperability. In this thesis, we have used Tekla Structures design software, which allow for a high level of interoperability with other software packages and supports many different standards for data exchange. To show the advantage of the Tekla Structures' potential we modelled a large and complex facility. As part of the thesis we have made a Building Information Model (BIM) of a business-shopping centre Gemini with an area of almost 50,000 m2, which comprises two 17-storey towers with common ground floor and basement. BIM model was used to generate analytical model for a program for static and dynamic analysis SAP 2000. Based on the analysis results, we have partly designed the construction and tested a modern way of detail-making and element reinforcing. Project documentation results from a BIM model and is therefore always consistent and updated. We examined the ability of BIM change management and collision detection, which demonstrated to be very useful; however, certain segments in this area may need considerable improvement. Finally, we have developed a construction schedule and tested other functionalities of this modern way of designing structures. In the thesis we have described a broad use of the BIM model, which allows us a complete review of the design, construction and usage of the object itself.
Keywords (ePrints, secondary language): BIM;parametrical 4D construction model;modeling;interoperability;IFC;reinforced-concrete structure
ID: 8312034