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Apartment build in Slušovice
Vyvlečková, Iveta ; Pěnčík, Jan (referee) ; Dohnal, Jakub (advisor)
The aim of the bachelor thesis is to elaborate the project documentation of a new residential building in Slušovice. The building is designed as a detached, non-basement building. It has an irregular shape and is covered with a flat single-skin roof. On the first floor there is a background of the house, a technical room, warehouses, a meeting room and a cleaning room. Parking spaces are provided on the property. Floors 2.NP, 3.NP, 4.NP are used for housing and in total there are 12 residential units each of size 3+1. The vertical structural system is made of SILKA sand-lime blocks. Horizontal load-bearing structures are made of reinforced concrete monolithic slab. The project documentation also includes a basic assessment of the building in terms of building physics.
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Apartment building
Vdoviak, Martin ; Borošová, Renata (referee) ; Brukner, Bohuslav (advisor)
The subject of this bachelor's thesis was the elaboration of project documentation for the construction of an energy-efficient residential building. The new construction of a detached residential building will be located in the northern part of Nové Město nad Metují on plot no. 258/14 in the cadastral area of Nové Město nad Metují. It is a five-story building with a basement, which includes three atypical floors. The basement contains garage space, technical facilities for the building, and storage areas for the residential building. The above-ground space predominantly consists of residential units, with a store also located on the first above-ground floor, but with its own entrance from the outside. The building is designed for 33 people in 13 different types of residential units. Access to individual units is through a common area of corridors, staircases, and via an elevator. The proposed structural system is wall-based with a stiffening core. The building has two types of roofs: a pitched roof made of wooden trusses above the main part and a single-layer flat roof above the remaining sections, partially accessible and bordered by a parapet. Load-bearing external walls in aboveground floors are made of load-bearing ceramic blocks. Non-load-bearing internal partitions are made of non-load-bearing ceramic blocks. The structure is founded on a foundation slab. The basement's perimeter walls consist of reinforced concrete monolithic walls. The internal load-bearing system consists of reinforced concrete columns. The building is insulated with EPS thermal insulation boards, meeting the requirements for External Thermal Insulation Composite Systems (ETICS). The insulated facade will be a combination of white color and cladding imitating dark stone, while the plinth will be finished with dark gray marble plaster. Sheet metal elements are designed from lacquered galvanized sheet metal in dark gray color. The frames of external openings are dark gray
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Kindergarten
Nosek, Martin ; Burianová, Lenka (referee) ; Smolka, Radim (advisor)
Master´s thesis process design documents for the new building a kindergarten in the village Jihlava. Project documentation is designed to meet the applicable standards. The building has two floors. Capacity kindergarten is a total of 40 children. On the 1st floor there are two departments kindergarten. In the 2nd floor is a space for leisure activities with parents. The building is of brick limestone, based on the footings of plain concrete and ceiling construction is a combination of reinforced concrete slabs and prestressed concrete ceiling panels. The roof structure is designed flat, single-layer with landscaping.
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Family House with Aerobics and Fitness Studio
Nekorancová, Anna ; Pilný, Ondřej (referee) ; Brzoň, Roman (advisor)
The subject of this bachelor's thesis was to elaborate project documentation for a new family house with the Aerobics and Fitness Studio establishment. The building is divided into two functionally separate parts, a family house for a family of four and the Aerobics and Fitness Studio facility. The building has two floors above ground and one underground and it has partial basement. The building is located in the village, where the construction of houses and infrastructure is planned to be. The skeleton of the building consists of a combined structural system of vertical walls made of ceramic blocks and the connection of a reinforced concrete ceiling structure, where it was necessary to design reinforced concrete columns with gutters as a supporting structure for large overlaps. The roof of the building consists of a flat roof what is designed as a vegetation roof. The family house also includes a garage, which is located on the first underground floor with a capacity of three parking spaces. The emphasized attention was paid to technical requirements, functionality, purposefulness, and housing demands during the processing of project documentation. Part of the project was the assessment of fire safety of the building, thermal technical assessment, building design solution, architectural-building solution, evaluation in terms of building physics.
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Family House with Aerobics and Fitness Studio
Nekorancová, Anna ; Pilný, Ondřej (referee) ; Brzoň, Roman (advisor)
The subject of this bachelor's thesis was to elaborate project documentation for a new family house with the Aerobics and Fitness Studio establishment. The building is divided into two functionally separate parts, a family house for a family of four and the Aerobics and Fitness Studio facility. The building has two floors above ground and one underground and it has partial basement. The building is located in the village, where the construction of houses and infrastructure is planned to be. The skeleton of the building consists of a combined structural system of vertical walls made of ceramic blocks and the connection of a reinforced concrete ceiling structure, where it was necessary to design reinforced concrete columns with gutters as a supporting structure for large overlaps. The roof of the building consists of a flat roof what is designed as a vegetation roof. The family house also includes a garage, which is located on the first underground floor with a capacity of three parking spaces. The emphasized attention was paid to technical requirements, functionality, purposefulness, and housing demands during the processing of project documentation. Part of the project was the assessment of fire safety of the building, thermal technical assessment, building design solution, architectural-building solution, evaluation in terms of building physics.
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Kindergarten
Nosek, Martin ; Burianová, Lenka (referee) ; Smolka, Radim (advisor)
Master´s thesis process design documents for the new building a kindergarten in the village Jihlava. Project documentation is designed to meet the applicable standards. The building has two floors. Capacity kindergarten is a total of 40 children. On the 1st floor there are two departments kindergarten. In the 2nd floor is a space for leisure activities with parents. The building is of brick limestone, based on the footings of plain concrete and ceiling construction is a combination of reinforced concrete slabs and prestressed concrete ceiling panels. The roof structure is designed flat, single-layer with landscaping.
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