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Reconstruction of a cinema building
Uhrinec, Marek ; Procházka, Martin (referee) ; Sobotka, Jindřich (advisor)
The diploma thesis is focused on a reconstruction of a cinema building in the town Gbely. It’s complete reconstruction of exterior and interior too. Original function, cinema, is change to sport and cultural centrum now. Object is consist of cafe, squash hall, climbing wall and sauna with rest room. Several thermal insulations are used to isolate object and satisfy a norm terms. The foundations are post insulated too. The interior is divided into functional spaces with Heluz system. New finishes in the object is created by brick paving, klinker, ceramic tiles and tiling. All windows and doors are replaced by new ones in the object. Sliding doors are used in interior for save space. The windows and doors are plastic between interior and exterior. All sanitations are replaced by new ones too. The reinforced concrete floor is used instead of lead bearing lintels. The wheelchair conditions are satisfied on ground floor.
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Apartment building
Karafiát, Filip ; Ladomirjáková, Jitka (referee) ; Sobotka, Jindřich (advisor)
The subject matter of this bachelor thesis is a project documentation for an apartment building’s construction in locality of Sadova, Mensikova street in Brno. The building has a basement with 13 parking spaces, a cellar and an utility room. There are four floors with 13 residential units above the basement. Part of the roof of a garage is made as a vegetation and second part is made as a terrace for flats. Main roof of the building is designed as a flat roof with a classic order of layers. The object is designed as monolithical. Garage is solved using columns and gutters, te residential part is solved with monolithic walls. Monolithic reinforced concrete slabs serve as a ceiling. The facade of the building is solved in the ETICS system, in some places, a ventilated facade with PREFA cladding is used.
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Conversion of nursery school
Piškulová, Veronika ; Procházka, Jiří (referee) ; Sobotka, Jindřich (advisor)
The diploma thesis deals with project documentation of new kindergartens in the cadastral area Rohatec. The building is self-standing, two-storey with a partial basement. It is a building designed for the upbringing and education of pre-school children. The capacity of kindergarten is 48 children divided into two classes. Part of the operation is a food preparation zone. The building is designed as a brick made of porous concrete blocks with mineral insulation, based on basic concrete passages. The roofing of the kindergarten is using warm flat roofs.
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Apartment house
Ladomirjáková, Jitka ; Janda, Lukáš (referee) ; Sobotka, Jindřich (advisor)
The aim of the bachelor thesis is a project documentation for the construction of an apartment building with four aboveground floors and one underground floor. In the aboveground part of the building are 10 accommodation units with generous living spaces. Loggia is included in some of these apartments. The highest floor is designed as a receding one, so there is enough space for terraces. In the underground part are basement cubicles, utility room, room for bicycles, room for strollers, elevator machine room and storage room. Parking is provided outside the building on the paved land. In total there are 17 parking spaces, one for the disabled. The main roof is designed as a flat with a classic layer order with the final layer of TPO foil. The brick building is transverse, built from the Porotherm system, the ceiling structure and staircase are designed monolithic from reinforced concrete. The foundation of the building are CFA piles. There is an elevator in the building. The facade of the buildings is partly contact insulated by ETICS mineral wool system and parts of the facade are ventilated by Prefa mineral wool aluminium sheets.
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Renewal of the baroque rectory in Sebranice
Bubeníková, Zuzana ; Muroň, Ivo (referee) ; Ležatka, Lukáš (advisor) ; Sobotka, Jindřich (advisor)
This bachelor's thesis is aimed at the preparation of documentation for building permits and construction, based on previous architectural study for renewal of the baroque rectory in Sebranice. The projects is focused on the application of suitable methods of the reconstruction of a cultural monument along with the proposal of a new functional utilisation of the surrounding site. The design itself is characteristic by its careful and sensitive approach towards the listed building. However, it also pursues the present methods of site creation and adds a contrasting new structure to the environment, aiming to accommodate the modern standards of comfortable utilisation. The synthetic approach of the design is prominent in the effort to recover fragments of the original state of the building, as well as using present materials and colour schemes. The final outcome of the design respects the past of the landmark, adapts it to modern requirements and prepares it for its promising future.
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Meatpacking plant
Majtán, Marián ; Procházka, Martin (referee) ; Sobotka, Jindřich (advisor)
The diploma thesis is focused on project documentation of Meat packing plant. Along with meat processing the documentation solve question of accomodation for employees. Building consists of two main sections: The processing – it is structured under requierements of meat packing industry. Second one is residential part set in 2nd, 3rd and 4th floor. Main inspiration for design are meat packing plants in Scandinavian countries, where is often need to provide accomodation to employess because of disadvantageous geographic locality. Building is built of Heluz building system, perimeter walls consists of insulation filled blocks. Building is without basement and it is based on footings of plaint. The roof is flat, partially designed as extensive green roof. Isover system is used to thermal insulation. A part of object is also asphalted plain for transport goods to and from the meat packing plant.
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Disposal of Biotic Pests by EMW Radiation
Sobotka, Jindřich ; Klečka,, Tomáš (referee) ; Myslín, Jiří (referee) ; Tomíček,, Oldřich (referee) ; Šuhajda, Karel (advisor)
The possibility of using high-frequency electromagnetic radiation in the construction sector is a common knowledge. Various experiments have been carried out to dry construction materials, or even to destroy biotic pests. However, the majority of these experiments have been executed in laboratory conditions. It means they have been carried out under exact limiting conditions, often very far off those conditions in real building practice. Therefore, this dissertation aims at exploring the possibility of utilizing microwave technology in drying and heating of construction materials, in disposing of biotic pests and sterilizing building materials under real conditions in building practice. The thesis will explain that microwaves are a term given to a part of electromagnetic radiation. Electromagnetic radiation is based on the principle that the radiated energy is absorbed by water molecules present in moist building material. In the mass of the irradiated material, the radiated energy is transformed into thermal energy, where a so-called “motion” of water molecules occurs with the energy then being transformed into kinetic energy. The microwave technology itself offers a very wide range of use, which can be easily achieved, thus making the technology available to use in the future. Part of the experiments and the necessary measurements, too, has been carried out on selected types of building materials in the premises of the Faculty of Civil Engineering of Brno University of Technology. They have been executed under conditions which most closely correspond to the conditions in real buildings. Part of the experiments and the necessary measurements were carried out on particular constructions, by the so-called in situ method. As stated in the conclusion of the dissertation, laboratory measurements and the in situ measurements differ considerably in some cases.
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Production buildings VW Autocenter
Macholánová, Petra ; Vranová, Daniela (referee) ; Boleslavská, Yvona (advisor) ; Sobotka, Jindřich (advisor)
This Bachelor thesis deals with a new building of Carcenter VW Group located in Brno city, north-east ftom the inner city, in a city part Zábrdovice, on Cejl Street. The building site is recognized in cadastral list by the Brno City Council as Brownfield with the number 3402. It has a iregular shape with area of 1.15 hectares and it is oriented to the north-south direction. From the east it is bordered by a protective belt of the river Svitava. From the south is the site bordered by the Cejl street and from the western side is bordered by the Jana Svobody street. The land is located in an industrial zone, surrounding buildings are of mixed use. The building of carcenter is situated perpendicular to the southern boundary. The access into the area of the building is designed from the road on Cejl Street. Urban solution allows independent use of a showroom and a service warehouse. There are designated separate parking areas for the needs of individual operations of both parts. The building is designed to meet the requirements of the service carcenter VW Group. It will serve as a showcase and a selling point of cars of Volkswagen, Škoda, Audi and Seatvas well as a service and spare parts stock shop.
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Family house in Rokytnice nad Rokytnou
Blažek, Martin ; Kervitcer, Marek (referee) ; Sobotka, Jindřich (advisor)
This bachelor thesis solves the design of a family house in Rokytnice nad Rokytnou in the district of Třebíč. The family house is designed as a two-story building with a basement, warm flat roof and a garage for two cars. The design respects the nature of the surrounding area and makes full use of the site. Designed for 4 to 6 people. The perimeter walls in the basement are made of Porotherm ceramic fittings and insulated with polystyrene. The perimeter walls of the above-mentioned floors are also made of Porotherm ceramic fittings with embedded thermal insulation. Ceiling structures are reinforced concrete. The plot is mostly flat. The thesis contains the drawing and documentation in the form of the implementation project, the design includes also the thermal technical assessment, the fire safety solution, the acoustic assessment and the lighting assessment.
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Cattle farm Helvikovice
Dědečková, Tereza ; Myslín,, Jiří (referee) ; Dýr, Petr (advisor) ; Sobotka, Jindřich (advisor)
Bachelor‘s thesis deals with the renewal and extension of the main building complex in Lower Court Helvíkovice in the Pardubice region. The aim of this work is to find the appropriate architectural and urban design, which would meet the requirements for new functional use of the original building to agricultural use. It is a secluded farm, which is engaged in breeding bulls. There are more buildings, but part of the thesis is to develop the main building, which serves as the public. The exact current status is unknown, only the design documentation of reconstruction of the embrace from which partially come out. This object is an elongated shape, which I extended because of the insertion of stairs to the attic, and this extension continues further winter garden of round wood glued trusses. In order to alleviate the length of the building, I used vertical strips of wood paneling on the facade. The newly designed building, which is located in close proximity to the road, invites the public to visit, as part of the building is also a shop with fresh bull meat. Also sitting in the conservatory, overlooking the whole area and the possibility of snacks. Who would want to stay longer has the opportunity to book one of the five apartments that are located in the attic of the building. Another part of the building is used for cutting meat, with all its requirements. The last part of the building is left as a dwelling for the owner of the farm.
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