Návrh po výšce odstupňované výškové budovy
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Vysoká škola báňská – Technická univerzita Ostrava
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Abstract
The subject of the thesis is the deepening of knowledge about high-rise buildings made of steel,
steel-concrete and the calculation of the load-bearing capacity of the main load-bearing elements,
which was carried out both by a manual calculation or by an opinion in Microsoft Excel but also by
the commercial software Dlubal rFem. The work describes the layout and construction of high-rise
buildings, the assessment of the main structural elements and liaisons according to Eurocode 3 and 4.
The work also discusses the possibilities of numerical software for calculation by the finite elements
method. Part of the work is a description of the creation of a model for numerical simulation of wind
using Dlubal Rwind. The work describes the operating principle of the established computational
programme to assess the supporting elements of the coupled steel-concrete ceiling. It has been
verified that the resulting values of the manual calculation are identical to the calculation made by
the commercial software Dlubal rFem.
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Subject(s)
high-rise building, coupled steel concrete, steel frame, spatial stability, ceiling structures, joist, column, loading, Dlubal rFem, Dlubal rWind, Idea StatiCa