Modeling and analysing the overhead power line
Autor: | Prišenk, Matjaž |
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Přispěvatelé: | Harl, Boštjan |
Jazyk: | slovinština |
Rok vydání: | 2015 |
Předmět: |
power line panel
sleet dobljeni pomiki Electricity obtained tensions power line modeling steps koraki modeliranja daljnovoda električna energija žled električni tok wind nadzemni daljnovod electric current Elektrika power line conductor plošča daljnovoda material vodnika aluminijasti vodnik material daljnovoda vodnik daljnovoda power line material obtained displacements udc:519.876.2:621.311.62(043.2) mreža daljnovoda veter electrical energy overhead power line dobljene napetosti overhead power line mesh aluminium conductor conductor material |
Zdroj: | Maribor |
Popis: | V diplomskem delu so predstavljene osnove nadzemnih daljnovodov in opisani vsi potrebni koraki za modeliranje daljnovoda v programu Abaqus CAE. Osredotočil sem se na izdelavo daljnovoda, pri čemer sem opisal vsak korak modeliranja. Daljnovod je sestavljen iz stebra, vodnika in plošče, na katerem stoji steber. Na zmodeliranem daljnovodu je še določena mreža vsakega dela konstrukcije, material, robni pogoji in obremenitve žledu ter vetra. Kot rezultat danih obremenitev dobimo napetosti in pomike, ki vplivajo na zmodeliran daljnovod. Opisani so tudi rezultati, vplivni parametri in možnosti za optimiziranje. This thesis explains the functioning of overhead power lines and describes the steps of power line modeling with the Abaqus CAE program. Focusing on overhead power line modeling, I described all the steps in detail. The overhead power line consists of a conductor, a panel, and a utility pole, which is located on the panel. When modelling a power line, the finished product includes a mesh of every part of the model, the material, the boundary conditions and the load of sleet and wind. The results of the loads are tensions and displacements, which influence the overhead power line. The thesis also includes the results, influential parameters and possibilities for optimization. |
Databáze: | OpenAIRE |
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