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Apartment building Zahradní
Pečinka, David ; Žajdlík, Tomáš (referee) ; Rusinová, Marie (advisor)
The subject of the bachelor thesis is to design and develop design documentation for a new apartment building in Bystřice nad Pernštejnem with almost zero energy consumption in construction. The building is designed as a five-storey building with four above-ground and one underground floor. There are a total of 10 apartments on the above-ground. Elevator will be in the building. The vertical load-bearing structures are designed from geramic brick blocks with a contact thermal insulation system made of EPS polystyrene on above-ground and on underground floor are used the permanent form work with a contact thermal insulation system made of XPS polystyrene. The foundation structures are made of foundation strips made of plain concrete. The ceiling structures are made from reinforced concrete. The building is covered with a flat roof.
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Apartment house
Vrbický, Josef ; Donaťák, Vladislav (referee) ; Donaťáková, Dagmar (advisor)
The subject of the bachelor thesis is the design of a new building of a detached apartment building in Holice, in the form of project documentation for construction. The building is designed with bricks and ceilings made of beams and ceramic inserts. The peripheral masonry is designed from ceramic brick blocks th. 300 mm completed with contact insulation system ETICS th. 200 mm, which will be equipped with silicone plaster 1,5mm. The internal load-bearing masonry is designed from acoustic ceramic brick blocks th. 250 and 300 mm. Partitions are designed from acoustic partition walls. On the ceilings, a heavy floating floor with excellent acoustic properties is designed. The roof is designed flat single-skin with thermal insulation of mineral wool and with waterproofing layer made of bitumen modified SBS strips laid in two layers. Balcony railing is designed aluminum with safety glass paneling.
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Retirement home
Kratochvíl, Jakub ; Spáčilová, Jitka (referee) ; Spáčil, Miroslav (advisor)
The topic of this thesis is a project documentation of a Retirement home located in Prague in Novodvorská street. The building is designed as a stand-alone building with five floors of a rectangular ground plan with a receding fifth storey. The retirement home is divided into a public section - a pharmacy and a part for clients - accommodation, leisure time including facilities - a restaurant with a kitchen, a laundry room. The construction system is designed as a reinforced concrete monolitic skeleton with rectanguplar columns and the filling structures are made of ceramic blocks. The building is based on reinforced concrete footings. A waterproof concrete is proposed for the lift shaft, and the foundation sills are designed for the perimeter masonry. Roofing of the 4th and 5th floor is a warm flat roof. In the 4th floor roofing section, the roof is made as a concrete tiles paving. The main entrance to the building is from southwest and the access to the building is from the northwest side where there is a parking lot for employees and clients.
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Villa in the town
Vondrová, Michaela ; Vacenovská, Veronika (referee) ; Šuhajda, Karel (advisor)
It is about new-built Town Villa standing alone in a new location in the cadaster unit of the town Červený Kostelec. The building has three-floor with a partial basement and it follows the sloping terrain by its design. The building is designed for four to six-members family.There are technical amenities of house and wellness center on basement including sauna, whirlpool bath and gym. On the first and second floor are habitable rooms of villa and separate apartment. The house has two spacious terraces, balcony and garrage for two cars. The structural system of the building is composed of thermal insulation ceramic masonry and reinforced concrete wall in permanent formwork. Vertical structures are designed by Porotherm masonry, horizontal structures are designed by Porotherm system and load-bearing elements of Isokorb® system. The building is roofed with a warm flat roof.
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Apartment building, Prievidza
Kyška, Roman ; Hofman, Petr (referee) ; Müller, Jan (advisor)
This bachelor thesis deals with the design of the apartment building. The building is located in a slightly sloping terrene in the cadastral area of Prievidza. The footprint of the building is mainly rectangular in shape with jumped parts of the facade. This is a udergroud object from the half part under the terrene with three above-ground floors. The apartment building has a total of seven apartments and a basement is used for commercial use in the hairdressing services. The remaining part consists mostly of storage and technical rooms. The KMB SENDWIX M structure is used as the construction of the perimeter walls, which consists of the main supporting structure made of sand-lime bricks and the thermal insulating layer of the contact insulation from the stone wool system. The ceiling construction is used from filigree ceiling panels and a single-skin flat roof with a 3% inclination is used to cover the building. The work contains project documentation for building realizations.
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Multifunkcional building in Frýdek-Místek
Suchý, Petr ; Dvořáková, Jana (referee) ; Čupr, Karel (advisor)
The subject of this thesis is the preparation of project documentation multifunctional building. It is a five-storey building with a basement. The roof structure is designed as a single-layer, flat roof. The building is divided into three working parts. Prví part is used for housing. It consists of 18 housing units, one of which is designed for wheelchair use. The second part of the building is intended for the public. This area retail sales. Includes store books, toys shop, newsagent and a hairdressing salon. The last part of it is public garage. It is intended for users of residential units.
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Multifunctional building Brno - Líšeň
Horenský, Dominik ; Teplý, Vladimír (referee) ; Odvárka, Antonín (advisor) ; Pěnčík, Jan (advisor)
The aim of the bachelor's thesis was to create the documentation for building permission for polyfunctional building located in Brno-Líšeň. Building has four floors and two underground floors. On the ground floor are two leasable spaces (shops). In the 2-4 upper floor are also leasable spaces (doctors, offices). In the first underground floor is cafe. It's in the west part of the building. The rest of that floor is leasable space. In the second underground floor are parking spaces. The entrance to the 2nd underground floor is secured by outdoor ramp located on the north side of the building connected to the main road. Structural system of building is cast-in-place reinforced concrete frame. The roofs of the building are all designed as warm flat roofs. Object is based on simple foundation pads and strip foundations.
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Administrative building
Smejkal, Petr ; Spáčilová, Jitka (referee) ; Sedláková, Markéta (advisor)
The subject of the diploma thesis is the elaboration of the project documentation of an administrative building in the south-eastern part of Brno. The building has seven above-ground floors, of which five above-ground floors will be used as office space, one above-ground floor will be used for commercial use and gastronomy. On the last floor, there will be an elevator lift range and a technical background for air conditioning. The support system is designed as a reinforced concrete skeleton based on a reinforced concrete slab and pilots. The façade is designed as lightly ventilated with facing bricks. For this object, a single-shell roof area is selected.
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Apartment House
Ingr, Jakub ; Dvořák, Martin (referee) ; Lavický, Miloš (advisor)
The aim of the bachelor thesis is to elaborate the project documentation of residental building in the village Moravský Písek. The house is as a detached house, without basement. It has rectangular size and is covered with a flat one coat roof. On the first floor there is a technical background and common areas. 2nd to 4th floor is used for housing and there are nine residential units in total. The house is build from brick with a contact thermal insulation system. Part of the project documentation is also a basic assessment of the building in terms of building physics.
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The Multifunctional building Hlinky
Jarmerová, Eliška ; Erben, Adam (referee) ; Pavlovský, Tomáš (advisor) ; Sedláková, Markéta (advisor)
This bachelor thesis presents a design of a multifunctional buiding in Brno – Pisárky. The building should be located in a gap site in the street Hlinky. The plot is situated at the foothill of Žlutý kopec near the premises of Brno Exhibition Centre. The southern part of the plot includes the area of terraced houses. The street is 215m above sea level. This project designs a completion of the street housing development with a fitting construction of a convenient size and type of façade. The project takes into account a non-existing and formerly pulled-down 19th-century object of value concerned by heritage conservation. The former building was significant for its indentation in the line of the adjacent buildings. In the design I try to point out at this element applied for the whole height of the building. The building facade division follows the elements applied for the other objects in the surroundings of the lot. Based on the former analysis, the design utilizes a high potential of the place which had not been met before, mainly its easy centre and transport accessibility, south-facing slope, high density of population in the area of the exhibition centre as well as as university hostels. This multifunctional building is designed to function in three ways – as an office, a living place and a shop with a buffet providing cooked meals. The design preserves and recultivates a garden which will function as an orchard with furniture. The first floor of the object is designed as a reinforced concrete frame which is filled with a wall of cut vertically perforated brick blocks with mineral wool insulation and completed with ventilated façade made of facing bricks. The building has six aboveground floors and one underground floor. The height of the designed building overtops the neighbouring buildings, which is hidden due to the division of the building facade into smaller areas whose function is to achieve better setting of the mass of the building into the frontage.
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