20.500.12556/DKUM-83777 Razvoj metode za izdelavo informacijskih modelov kompleksnih strojniških sistemov v grajenem okolju na osnovi proceduralnega modeliranja in modelov znanja doktorska disertacija Development of a method for creation of information models of complex mechanical systems in build environment based on procedural modeling and knowledge models V doktorski disertaciji predstavljamo razvoj in vrednotenje metodologije za izdelavo informacijskega modela na izbranem primeru kompleksnega strojniškega sistema, ki je del grajenega okolja. Model je grajen na osnovi proceduralnega modeliranja in modela znanja – ontologije. Pred začetkom razvoja metode smo izvedli bibliometrično analizo preseka dveh raziskovalnih področij, ki imata vzajemni medsebojni vpliv. Metodo smo razvili na način, da smo določili delotok za podajanje predlogov in razširjanje standarda ter dokumentacije IFC na osnovi produktnih standardov. V okviru predloga za razširitev dokumentacije IFC smo na podlagi ugotovljenih razhajanj na novo določili ter umestili domeno za obravnavano področje in ustvarili predloge za vpeljavo 16 novih shem IFC. Razširitvene predloge in tehnične zahteve produktnega standarda smo prenesli v ontološki model znanja s pravili za podporo sklepanja ter predpisali povezave in omejitve med posameznimi razredi ter njihovimi podrazredi. Na osnovi predlogov za razširitev sheme IFC in razvite ontologije MGDS smo ustvarili parametrični model centralnega sistema za medicinske pline v grajenem okolju, ki smo ga validirali, preverili skladnost načrtovanega z zahtevami produktnega standarda, z uporabo sklepalnika. Z razvojem in validacijo metodologije prenosa inženirskega znanja v digitalno okolje in hkratnim avtomatiziranjem gradnje modelov BIM smo razvili metodo, za katero ocenjujemo, da ima velik potencial za spremembo vsakdana inženirskega dela. Metodologija omogoča hkratno pohitritev delovnih procesov in doseganje večje učinkovitosti z manjšo verjetnostjo za nastanek inženirskih napak v načrtovalnih fazah. In this doctoral thesis the development of a methodology for creating an information model of a complex mechanical system, which is part of the built environment, is presented. The model was based on procedural modelling and ontology. Prior to the development of the method, a bibliometric cross-sectional analysis of two mutually interacting research fields was performed. In the following chapter, the methodology for submitting recommendations and expanding IFC standard and documentation based on product standards was defined. As part of the recommendations for the IFC documentation update, the domain for the area of medical devices was redefined based on the identified deviations. Furthermore, the recommendations for the implementation of 16 new IFC schemes were created. Based on the developed methodology, the expansion recommendations and technical requirements of the product standard were transferred to the ontology, including the rules to support reasoning of prescribed relations and restrictions between individual entities and their respective subgroups. Based on the recommendations for expanding the IFC scheme and the developed MGDS ontology, a parametric model of the central system for medical gases was created, validated, and checked for compliance with the requirements of the product standard. By developing and validating the methodology for the transfer of engineering knowledge to the software environment while simultaneously automating the construction of BIM models, a method was developed that shows potential to change everyday engineering work. The methodology expedites work processes, increases their efficiency, and lowers the probability of engineering errors occurring. bibliometrična analiza ontologije strojniških sistemov parametrično načrtovanje sistem BIM-MEP delotok razvoja informacijskih modelov. bibliometric analysis ontology for mechanical systems parametric design BIM – MEP system information model development workflow. true true false [L. Adanič] Slovenski jezik Angleški jezik Doktorsko delo/naloga 2023-02-06 19:46:39 2023-06-16 11:14:51 2023-06-17 03:06:14 0000-00-00 00:00:00 2023 0 Maribor 0 Maribor XIII, 122 str. 0000-00-00 NiDoloceno NiDoloceno NiDoloceno 0000-00-00 0000-00-00 0000-00-00 2026-06-16 004.8/.9:621(043.3) 155929603 DOK_Adanic_Luka_2023.pdf DOK_Adanic_Luka_2023.pdf 1 61C648DC5E39D9D3741484C9B92EBEB6 29fee1183320929f3224e202e3e2cf56c4abfdbdec5f06f0bc3be841072cf522 63c9b9ed-aaf0-11ed-8b8d-00155d000105 https://dk.um.si/Dokument.php?lang=slv&id=165677 Fakulteta za gradbeništvo, prometno inženirstvo in arhitekturo 0 0 0