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Small apartment building
Bartoň, Vojtěch ; Bečkovský, David (referee) ; Vystrčil, Jan (advisor)
The subject of the bachelor's thesis is the processing of the design documentation for the construction of the apartment building. The building is located on the outskirts of the prštné města Zlín. The building is designed as a detached masonry building roofed with a flat green roof. The new apartment building has 3 above and 1 underground floors. There are 13 housing units of various sizes and layouts for a total of 30 people. The building is designed as a traditional masonry structure. The basement, ceiling structure and staircase are designed as monolithic reinforced concrete. The entire apartment building is equipped with the contact insulation system ETICS. The building was assessed for building physics and fire safety.
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Technological stage of the rough superstructure of an apartment building
Křičenský, Jan ; Strádalová, Aneta (referee) ; Kantová, Radka (advisor)
The aim of this bachelor's thesis was to develop selected parts of a construction technology project focused on the rough superstructure stage of a residential building in the town of Jaroměř. Specifically, the project addresses the execution of all load-bearing structures, which consist of both masonry and monolithic walls and monolithic ceilings. Additionally, it covers the installation of balconies and staircases, which are made as concrete prefabricates. More detailed plans were created for the construction work, including the design and verification of supply routes, a control and testing plan, ensuring work safety, and proposing the necessary machinery for their implementation. The procedure for carrying out the work and the corresponding schedule for the entire construction are also elaborated. The rough construction of the building is addressed from a financial perspective as well, within the framework of an itemized budget for this construction stage. The thesis includes a proposal for the construction site facilities, including the calculation of electricity and water consumption. Finally, the work focuses on the verification of the proposed crane and selected construction technology details.
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Apartment building in Karviná
Waleczková, Veronika ; Sukop, Lukáš (referee) ; Sukopová, Dáša (advisor)
The focus of this bachelor's thesis is the elaboration of project documentation for the new construction of an apartment building with almost zero energy consumption. The apartment building is placed in Karviná in the Nové Město district. The building has four above-ground and one underground floor and includes 16 apartmans of various layouts. In terms of shape, the building is composed of blocks of different dimensions. The underground floor is designed for technical facilities, storage of things in cellar cubicles and a social room for the gathering of tenants. The above-ground floors are divided into apartment units with different layout variations and sizes, to accommodate a larger number of potential residents. Most of the apartment units have access to a balcony, which provides outdoor space and increases living comfort. The project includes material and structural solutions, ceramic blocks for vertical load-bearing structures and concrete for horizontal load-bearing structures. A green roof is design for the building to improve the building's properties. There is a parking lot on the southern part of the property.
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Apartment building
Pokorný, Václav ; Utíkal, Aleš (referee) ; Utíkalová, Ivana (advisor)
The subject of this bachelor’s thesis is the design of apartment building and the development of project documentation at the level of documentation for construction building. The new apartment building is located on the outskirts of Jihlava in the Helenín district. The building is designed as five floors building with a partial basement. It contains 12 apartment units with dispositions of 2+kk, 3+kk, 5+kk, which complement cellar cubicles and common areas for the residents of the building. The entrance to the building is located on the north side of the building. Vertical load-bearing and non-load bearing walls are designed from ceramic blocks of the POROTHERM system. The walls of the lift shaft are designed as cast-in-place reinforced concrete. The ETICS insulation contact system will be used to insulate the building. The foundation strips are designed from plain concrete and are connected to the partial basement part of the building with gradations. The foundation slab under the lift landing is designed from reinforced concrete. The horizontal structures are designed as cast-in-place reinforced concrete two-way slab and cantilever slab (at loggias). The roof of the building is designed as a single flat green roof (extensive). Within part of bachelor’s thesis is too designed construction physics and the fire safety solution of the building. Materials and colours were selected in accordance with the surrounding buildings.
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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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Design of a contemporary sustainable urban structure for a 21st century city
Bretterová, Anna ; Boulaz, Ivana (referee) ; Májek, Jan (advisor)
This work focuses on the design of a new urban structure in the Břeclav and the connection of separate parts of the city while respecting the protection zones. It also includes the design of new public spaces – streets, parks, squares. The proposed solution tries to support and further develop the character of the city - the close connection with nature and the frequent use of bicycle transport. The work also deals with the revitalization of the current course of the Dyje River - the re-meandering and restoration of the old river arm. Finally, space is also dedicated to improving the quality of transport in Břeclav.
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Apartment building
Drahokoupilová, Nela ; Šoulová, Eva (referee) ; Vlček, Milan (advisor)
The content of the bachelor thesis involves is the design of project documentation for the new apartment building BD1 in the town of Kroměříž. The building has one underground and three above ground floors with a residential attic and a gabled roof. The underground floor includes garages, cellar storage units and technical facilities. The above ground floors contain four living cells. The apartment of the first floor is barrier-free. The house is founded on foundation strips. The construction systm of the building is a wall made of ceramic blocks POROTHERM. The horizontal load-bearing structures consist of POT beams and MIAKO insters.
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DUE Seifert's residence
Smolka, Ondřej ; Utíkalová, Ivana (referee) ; Dohnal, Jakub (advisor)
The subject of the bachelor thesis is the project documentation for the construction of a residential building located in the city district of Brno - Lesná at the intersection of Nejedlého and Seifertova streets. It is a building for housing with one underground floor and eight above-ground floors with the last floor stepped to create a terrace. The basement is used as a collective garage including technical rooms primarily for the ventilation of the garage. On the first floor there are technical facilities and a second bulk garage. In the remaining seven floors there are residential units of sizes 1 bedroom and 3 bedroom. The building has two reinforced concrete monolithic cores, where each of them has a staircase and two lifts. The structural system of the building is designed as a reinforced concrete monolithic skeleton with load-bearing columns and ceiling slabs without penetrations. The building is based on 900 mm diameter piles, a watertight reinforced concrete white bath and a foundation slab. Primarily acoustic brick blocks are used for the infill non-loadbearing masonry perimeter and interior walls. The roofs of the building are designed to be flat, the main roof over the top floor is with a PVC sheeting and the roof over the first floor of the stepped storey is with a ductile sheeting. The content and design of the proposed work also provides for a planned dilated adjacent residential building that shares a basement with the main building, has four floors above ground and is situated perpendicular to the residential building under consideration.
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NetZero – carbon neutral living in Brno
Běhůnek, Ondřej ; Gebauer, Pavel (referee) ; Sedláček, Michal (advisor)
housing, apartment, urban living, work and live, city, boulevard, city block, compact structure, courtyard, NetZero, timber, CLT, sustainability, residential building, ground floor, loggia, terrace, green roof, wooden cladding
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Apartment building
Kolda, Martin ; Kacálek, Petr (referee) ; Sedláková, Markéta (advisor)
The task of the bachelor's thesis is to prepare a project in the documentation phase for the construction of an object with almost zero energy consumption. The object of the bachelor's thesis is an apartment building with a basement with four above-ground floors. The apartment building is located on a flat plot on the southern edge of the town of Přelouč. There is a hairdresser with facilities on the first floor, and a total of 11 apartments on the second to fourth floors. The foundation structures are formed by plain concrete belts. Horizontal load-bearing structures with reinforced concrete plates. The vertical load-bearing structures in the underground floor are made of lost formwork fittings, in the above-ground floors by ceramic blocks. The roof of the building consists of a flat, single-skinned roof. The building is insulated by the ETICS system.
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