Novostavba obchodního domu

Abstract

Annotation: Téma: New Building of a Department Store Autor: Bc. Benjamin Bolek Vedoucí diplomové práce: Ing. Teslík Jiří, Ph.D. Počet stran: 107 As part of this diploma thesis, the project documentation of the new building of department store is processed in detail for the implementation of the building according to decree No 405/2017 Coll. [2] which amends decree No.499/2006 Coll, according to Annex No. 13, the scope and content of the project documentation for the implementation of the construction, and beyond the thesis, according to Annex No. 12, the scope and content of the project documentation for a building permit. [3] as amended by decree No.62/2013 Coll. [4] and according to act No.183/2006 Coll., [5] amendment No.225/2017 Coll. Construction law in its current version. [6] This diploma thesis consists of a text and drawing part, including appendices. The new construction of the department store has two above-ground floors and a basement in its entirety. The building stands alone, from an operational point of view it is divided into sales areas, facilities for employees, storage areas and technical facilities. It is covered with a flat roof with a composition meeting the requirements of BROOF(T3) and photovoltaic panels are placed on the roof. The supporting structural system is made up of prefabricated reinforced concrete elements. Light facade insulation panels and steel frames with glass filling are used for cladding. The internal masonry does not have a load-bearing function and is made of gas silicate and sand-lime blocks. The foundation of the building is ensured by means of prefabricated reinforced concrete footings and foundation thresholds. The new building of the department store will be located in Ostrava - Třebovice. This work also contains the energy label of the building envelope according to ČSN 73 0540-2 [7], thermal assessments of the structures forming the envelope of the heated part of the building, a study of the building and static calculation of one element. This is a simplified static assessment of the most heavily loaded die, according to whose design all die prefabs should be manufactured.