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House with physiotherapy centre
Plecháč, Vojtěch ; Sláma, Ludvík (referee) ; Mohelníková, Jitka (advisor)
The aim of the bachelor's thesis is to prepare the project documentation of a family house with a physiotherapy exercise room. The new building is situated in Horní Nové Ves, which is part of the town of Lázně Bělohrad and falls into the Jičín district. The cadastral territory of the object is Horní Nová Ves with parcel number 27/1. It is a two-story building with a partial basement. The building is divided into three parts. For the garage and physiotherapy exercise room, these parts are single storey and covered with a single skin flat roof. The residential part of the new building has two above-ground floors and is partly under the basement. Above the residential part, a structure made of lattice butted trusses is designed. The proposed building fulfills the function of permanent living and for exercising in the gym. The ground plan shape of the building is regular, the main residential part is rectangular and the wings that adjoin the residential part are also rectangular. The building is based on plain concrete foundations. The vertical load-bearing structures in the above-ground parts are made of masonry elements made of brick fittings, and the underground vertical load-bearing structures are made of concrete blocks, which are reinforced with reinforced concrete. The staircase is monolithic, with a connection to the beam and the perimeter wall. The horizontal construction system is designed from prefabricated Spiroll prestressed ceiling panels. The building is insulated with the ETICS contact insulation system.
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Crematorium
Hančík, Dominik ; Kacálková, Lenka (referee) ; Kacálek, Petr (advisor)
The Master´s thesis deals with the development of project documentation for the crematorium in the Mařatice district near Uherské Hradiště. The new building is located in the eastern part of Mařatice and is designed in a locality that, by its nature, represents areas for the construction of public cemeteries and related services. The proposed new crematorium building will be a free-standing, partly two-storey and partly basement building. The object will fulfill the requirements for a sacred building. The building is based on foundation belts made of plain concrete locally supplemented with foundation footings in place of supporting reinforced concrete columns. The building is divided into three basic sections, which are divided according to their function into the section associated with performing the last farewell, the section used for cremation and the + section. The new building is designed as a partly two-storey and partly basement building with a dominant projecting part, which has the task of imagining a long path dividing two different worlds. Part of the partial basement is designed with regard to the possibility of creating separate parking spaces for crematorium employees. The first above-ground floor is barely a part of the entire new building, and all traffic is designed on this level. The partial second above-ground floor is situated in SECTION A – i.e. in the premises used for holding the last farewells. This floor is designed with the growing trend of accompanying these devotional acts with a live band. Structurally, the object is designed as a classic brick building on the 1st floor level - partially the sub-basement is structurally formed by fittings of lost formwork. The ceiling structure will be made in combination as a heavy monolithic reinforced concrete ceiling slab supplemented with prestressed Spiroll ceiling panels. The roof structure of the entire building is solved with the help of extensive flat roofs in several height levels. These structures are designed with a slope of 3%. The exterior facade of the proposed new building will be made of three different materials. The individual type of facade materials used depends on the individual sections of the new building. The first type of facade is solved by a type of ventilated structure covered with wooden cladding of the Rhombus species from larch wood. The second type of facade is again chosen as a ventilated structure with cladding made of large-format sheet metal templates with the character of folded sheet metal. The third type of facade is then covered with colored pasty silicate plaster in white.
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Pension Přehrada
Svobodová, Monika ; Kalánek, Jiří (referee) ; Brzoň, Roman (advisor)
The topic of master project was the processing the design documentation for a Pension Přehrada. I designed a pension with a restaurant and a small wellness area. It is a detached building in the cadastral territory of Brno Kníničky. The building is L-shaped and consists of two parts. The first part has two above-ground floors and a loft. This part of the building is covered by a gable green roof. The second part of the building has one above-ground floor and warm flat roof. The vertical structures are designed from ceramic blocks. The external masonry is insulated with the ETICS. Some external masonary are designed like exterior ventilated facade with stone cladding and a green facade. Floor structures are designed by SPIROLL panels. The master project includes the concept of heating, ventilation, cooling, domestic hot water heating, lighting, rainwater management and photovoltaic panel design. In the part of my project, I focused on optimizing the design of the gable roof. I changed the composition of the gable roof so that more rainwater would be retained to be used in the facility. I placed additional photovoltaic panels on the gable roof and simulate whether they would cover the electricity consumption in the building. I evaluated the changes in the energy performance certificate, and compared them with the original design.
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Residential Building
Loskotová, Martina ; Sláma, Ludvík (referee) ; Mohelníková, Jitka (advisor)
This bachelor paper focuses on the creation of project documentation for an apartment building in town of Hradec Králové. The apartment building consists of three above-ground floors and one underground floor. There is five housing units located on both the first and the second floor of the apartment building, three housing units on the third floor and two barrier-free flats, cellar berths and technical facilities of the building are located on the underground floor. The construction system is designed to be made out of brick system by Porotherm and is insulated using the ETICS system. The building is covered by single-layer roof. Project documentation also contains fire and safety solution and basic assessment from the view of construciton physics.
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Small apartment house
Helekalová, Michaela ; Pilík, Václav (referee) ; Bantová, Sylva (advisor)
The subject of the bachelor's thesis is the design of an apartment building in Holešov. The building plot is located in parts of the town of Holešov. The building is designed as suitable for accommodation and has three floors above ground and one underground. In the upper floors there are 8 residential units. In the underground floors there is a carriage house with a bicycle shed, a boiler room, a room for air conditioning, a storage room, a cleaning room and a cellar. The building is based on basic passports. The perimeter masonry of the above-ground floors is made of ceramic blocks and the underground floors are made of lost formwork. The ceilings are made of ceiling panels. The floors are connected by a two-armed reinforced concrete staircase. The roof is saddle, double-skinned from trusses.
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Pension in Beskydy
Šustek, Václav ; Spáčil, Miroslav (referee) ; Sedláková, Markéta (advisor)
This diploma thesis describes the design and elaboration of project documentation for realisation of construction of building of Guest house in municipality Ostravice. The building is situated on parcel 649/13 - arable land, in cadastral area Ostravice-1. Guest house is primarily intended for temporary accommodation of tourists in Beskydy mountains. The part of the building is restaurant as well as wellness centre with fitness gym. The building is situated in partially urbanised section of municipality. The access from the local road to parcel n. 470/20 to the main entrance into building will be enabled by newly purpose-built road with turnaround for passenger vehicles. The design respects the local plan and does not deviate from the character of the surrounding built-up area. The building has three above-ground floors and one underground floor, which is situated only under a part of the building. Project documentation is elaborated in conformity with effective laws, public notices and standards. Building of guesthouse is designed as wall system, with brick supporting walls made out of gas-silicate blocks and sand-lime bricks. The guest house is covered by two flat roofs with different inclination and with different height of ridges. The façade consists of stucco and for the third above-ground floor the façade is made out of ventilated larch-wood panelling. The building is placed in flat terrain.
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Low energy detached house
Zeman, Martin ; Bečkovská, Tereza (referee) ; Brzoň, Roman (advisor)
Bachelor thesis deals project of a low energy detached house in the village Heřmanov. It is the house with two floors and sloping roof made of wooden trusses. The structural system of the building is created of cut brick blocks Heluz, ceiling structure is made of panels Spiroll.
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Multipurpose facility Bystřice pod Hostýnem
Novosad, Jiří ; Klvaňa, Jiří (referee) ; Eliáš, Luboš (advisor)
The aim of this diploma thesis is to project a polyfunctional building including a gym, fitness centre, bar and apartments. The plan is conducted in the form of project documentation, containing all the problems related with this issue. The building is located in the town, Bystřice pod Hostýnem. Considering the functionality, the construction is divided into two parts – southern and northern part. The south of the building is designated for accomodation situated on four floors. The north one, including three floors, is intended for the gym, fitness centre and bar. The terrain of building site slopes down to south-east. The construction will be built of prefabricated reinforced concrete frame construction RIEDER with block filling YTONG containing contact insulation system. The building is constructed with two flat single-shell roofs. This project is primarily focused on functional, disposal and architectural aspect os polyfunctional house.
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Construction technological project of blocks of flat
Fukan, Petr ; Kopecký, Lukáš (referee) ; Diaz, Yvetta (advisor)
The purpose of the dissertation is to develop selected parts of technologically – building project of residential houses in Rosice. The building will be used for living. The building has nine building sites, in the dissertation eight building sites are solved. Main building site SO 01 – Apartment house first and second is solved in detail. The dissertation includes a technical report about technologically-building project, the time and financial plan, a study of the realization of the main stage of its construction. The coordination of the building and site equipment including the principles of organisation building are solved graphically. The dissertation also includes a suggestion of the major building machine, plan of securing material source, technological regulations and the check and test plan for performing piles. A part of the dissertation is the budget of the building and safety risks on the building site and during performing piles.
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Detached House
Zelený, David ; Smolík, Jindřich (referee) ; Winklerová, Jitka (advisor)
Bachelor’s thesis deals project of a single-family house. It is one-storey detached house with basement and attic, located on a plat 491/85 in village Kanice, near Brno. The building is bulit of fiber cement blocks IZOBLOK and partition bricks YTONG. Ceilings are made of panels SPIROLL. The object has gabled and shed roof with metal roofing. Openings are equipped wood doors and windows VEKRA. Basement is mostly technical and used for storage, in the first floor is located garage and common areas with access to a terrace, in the attic there are rooms and bedrooms.
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