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House on the Sloping Land
Buček, Radek ; Šafářová, Markéta (referee) ; Lavický, Miloš (advisor)
The topic of the bachelor’s thesis is family house on the sloping land. Object is located on the edge of village Domanín and designed for a family of four. The building has irregularly shaped floor plan divided into three tracts, each vertically shifted by half a floor. The middle tract has two stores, side tracts are single-storey. Foundation structures are solved by basis strips made of plain concrete. Vertical constructions are made of brick blocks Heluz. Ceiling construction is designed from ceramic-concrete beams Heluz and Miako inserts. The roof is flat single-cased with stabilizing layer made of washed river stones. Project documentation is processed in computer program Archicad.
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Residence Sochorova - apartment building BD 2, construction and technology project
Vybíral, David ; Kopecký, Lukáš (referee) ; Biely, Boris (advisor)
This thesis describes the building of a residential house called Rezidence Sochorova BD02 in Brno, Žabovřesky. The aim was the creation of the main parts of a constructional-technological project focused on the design of transport relations, the construction site facilities and its machinery, the creation of selected technological regulations and their control and testing plans. To secure safety and to protect health during the construction work itself, a risk plan and a suggestion of safety aids was created. In addition, an itemized budget of the construction, a time plan, environmental protection and a financial and time comparison of using a hopper in contrast to a concrete pump.
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Apartment building
Peterková, Marta ; Blažková, Vendula (referee) ; Daněk, Lukáš (advisor)
The topic of this bachelor's thesis is the design and elaboration of project documentation for an apartment building in city of Hodonín. It is an alone standing rectangular four floor building with one underground floor. In the basement are located garages with eight parking places and one technical room. On the first floor there is a part of technical facilities: room for bicycles, drying room and two apartments. There are a total of ten apartments on the upper floors. The second and third floors are almost identical. On the fourth floor there are two apartments with a terrace. The roof on the fourth floor is designed as a single skin flat roof. The basic structure and basement walls are designed from waterproof concrete. The vertical walls on the upper floors are designed from ceramic masonry. The building is insulated with a contact insulation system. The entrance to the building is from the south side of the plot. There is a walking area on the plot, as well as an access road to the garages and three other parking places before entering of object.
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Low-energy block of flats
Veselský, Jaroslav ; Jelínek, Petr (referee) ; Sedlák, Jiří (advisor)
The subject of this bachelor's thesis is to design a new low-energy residential building in the village Martínkov. Residential building is located on mostly flat land on the village periphery. The building has a basement, three floors. There are two apartments 4+KK on each above-ground floor. In the basement there are four separate garages for apartments´ residents and storage areas. The building is of brick masonry structural system Heluz, the flat roof is single ply covering. The external walls are designed with a contact insulation system. Drawings are processed in ArchiCAD 17.
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Detached house
Čechovský, Jakub ; Donaťák, Vladislav (referee) ; Donaťáková, Dagmar (advisor)
Bachelor thesis consists in elaboration of project documentation for construction of new building of detached single family house in Písek. The building has two floors and one underground floor. Due to the sloping plot, the underground floor on the eastern side of the building is accessible from the ground level. On this floor there is a garage, technical services of the house, storage and bathroom. Vertical communication is provided by a reinforced concrete staircase. The main entrance to the 1st floor will enter the entrance hall with access to the living room with kitchen. There is a corridor in the 1st floor, living room with kitchen, toilet, pantry, ladies' room, men's office, women's cloakroom, men's cloakroom, home-made work room, gym, sauna, bathroom with separate toilet. On the second floor there is a corridor, a bedroom, a bathroom with separate toilet, two cloakrooms, a bathroom and two bedrooms. The building is based on a piled foundations and reinforced concrete slab made by waterproof concrete. External wall on first ground floor is made of waterproofing concrete. Floors are made of ceramic blocks or reinforced concrete. The masonry of above-ground floors is insulated with a contact insulation system. Ceiling slabs are monolithic reinforced concrete. The roof of the building is flat.
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Construction technology stage of the perimeter shell of the elementary school in Slažany
Kozla, Dávid ; Nečasová, Barbora (referee) ; Diaz, Yvetta (advisor)
This bachelor thesis solves the building-technological phase of the perimeter shell of the elementary school in Slažany. Specifically, it deals with the cladding of the wooden superstructure of the 3rd floor of the primary school building and the additional insulation of the existing floors. The shell of the superstructure is covered with a wooden cladding and filled with mineral wool insulation. Additional insulation is designed as a contact from facade polystyrene boards. The work is elaborated technical report, thermal assessment of cladding, technological procedures at given stage, transport solution including design of the machine assembly and situation, budget stage with report statement, principles of organization of construction including technical report and drawing of construction site, control and test plan, time schedule and safety.
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New building of a family house in the township Jedovnice
Zouhar, Martin ; Hlavsa, Petr (referee) ; Kolář, Radim (advisor)
The solution of the bachelor's thesis is a new building of a family house in the township Jedovnice. This building is located in a particular territory which had precisely limited the possibilities of the construction. The family house has a partial basement, one aboveground floor and an attic. The building is designed of lime-sand bricks, it is thermally insulated by contact insulation system made of mineral cotton wool and is based on a strip foundation made of plain concrete. Ceilings are made of pretensioned concrete panels. The building has a saddle roof with ceramic roof tiles. The building is intended for a family of four to five members.
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Multifunctional Building in Jičín
Imlauf, Vítězslav ; Pilinszki, Martin (referee) ; Beneš, Petr (advisor)
The subject of the thesis is the design of a multifunctional building in Jičín, which includes underground parking garages with cellars, technical facilities, administrative parts, commercial premises, medical facilities and apartments. The building is a five-story detached building with a full basement. The floor plan of the building is an irregular polygonal shape approaching the letter L. The structural system of the building is designed as a combined monolithic reinforced concrete skeleton with reinforcing reinforced concrete wall cores and ceilings. The foundation structures are made up of a foundation slab with foundation belts made of waterproof concrete placed on drilled piles. The roofing consists of a single-layer flat vegetation roof. The perimeter shell of the above-ground floors is designed from aerated concrete blocks with a contact insulation system made of mineral basalt wool.
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Kindergarten Bumblebee
Odehnalová, Marie ; Karásek, Petr (referee) ; Müller, Jan (advisor)
The subject of this bachelor thesis is the design of a new kindergarten building and the elaboration of the documentation for the construction. The building is situated in the western part of the village of Vlkov u Osové Bítýšky. The building is set in a slightly sloping terrain. The building is designed as a single-storey building. The building is cha-racterized by two wings of an arched shape and an elevated central part supplemented with sacral lighting through circular openings and a glazed front facade. The building contains two kindergarten classrooms with a capacity of 20 children with operational facilities and its own kitchen, the school's administrative operation and technical facilities of the building. Each classroom has separate cloakrooms, washroom, isolation room, playroom and entran-ce to the terrace which also serves as an additional emergency exit. The building is designed to a low-energy standard, as a near-zero heat building (nZEB). The building is designed for use by people with reduced mobility. The structural design is a masonry wall building with ETICS contact insulation forming the central part of the building. The ceiling structure is designed as a broken reinforced concrete slab connec-ted to monolithic walls within the elevated part of the building. The foundation is solved by foun-dation strips under the perimeter walls - the walls are supplemented with necks made of concrete blocks of lost formwork. The roofing is designed as a single-skin flat roof with a layer of extensive greenery. Adjacent to the brick building are wooden buildings forming the kindergarten classrooms. These are structurally designed as fan-arranged frames of glued laminated timber, wrapped in a lightweight envelope with a ventilated façade. The columns are founded on plain concrete footings, with a slab of underlying concrete to be extended in place of the lightweight envelope. Above the classrooms, there is a pitched single-skin roof with a slope sloping down towards the central part of the building.
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Apartment building
Sládeček, Marek ; Leischnerová, Jana (referee) ; Brukner, Bohuslav (advisor)
The bachelor thesis aims to create a project documentation of a residential building with almost zero energy consumption in the city district of Brno - Ivanovice. The building is a five-story detached building with four floors above ground and one underground floor. The building is based on a foundation slab. The structural system of the basement consists of reinforced concrete penetrations placed on reinforced concrete columns and perimeter load-bearing walls made of reinforced concrete. The load-bearing system of the above-ground floors is designed using perimeter and internal load-bearing brick blocks. The facade on the above-ground floor is insulated with a contact system. The ceiling structures are designed as monolithic reinforced concrete slabs as well as the balcony structure. The apartment building is covered with a green roof above the fourth floor. In the basement, there is a collective garage and the technical background of the building. The above-ground floor consists of individual residential units.
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