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Apartment Building
Borková, Sabina ; Jelínek, Petr (referee) ; Struhala, Karel (advisor)
The subject of this bachelor thesis is the elaboration of project documentation for the construction of an apartment building in Litomyšl. The apartment building is located in the northwestern part of Litomyšl, in an area designated for mass housing. It is a detached three-storey house that has no basement. There are 6 residential units and each apartment unit has its own garage. On the northwest side there are 12 parking spaces. The vertical construction system is made of ceramic blocks. The building is insulated by a contact insulation system ETICS made of mineral wool. Horizontal structures are made of ceiling panels filigran SPF 6 thickness of 250 mm. The balcony slabs are made of a monolithic slab with a thickness of 150 mm brought out by ISO – beams. Movement between the individual floors is ensured in the building by means of a monolithic reinforced concrete staircase and an elevator. The walls around the elevator shaft are made of lost formwork. Due to unfavorable foundation conditions, the building is based on a reinforced concrete foundation slab, which is made under the entire ground plan of the building. Above this plate there is a free space called "crawl space". Above that space there is a reinforced concrete slab, which forms the supporting layer of the floor on the ground floor. The roof of the apartment building is single-walled, vegetative. The design itself is carried out according to the permissible regulations in this locality. Part of the bachelor thesis is the management of the technical equipment of the buildings of the distribution in the building and the assessment of building physics (thermal technology, acoustics and lighting). The following programs were used for the elaboration of the project documentation: AutoCAD 2021, ArchiCAD 23, Building Designe, Hluk +, DEKSOFT, Microsoft Word, Microsoft Excel, Microsoft PowerPoint, Adobe Acrobat
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Apartment building Polička
Boušková, Zuzana ; Pilík, Václav (referee) ; Brzoň, Roman (advisor)
This bachelor thesis encompasses project documentation of build execution of a new apartment building. Designed building is located on the southeastern OKRAJI of Policka in a newly built location. The apartment building is designed as a detached building with three above-ground and one underground floor in a flat terrain. The building has a total of 9 residential units with layouts of 3 + KK, 2 + KK and 1 + KK. All apartments except the barrier-free have a terrace or loggia and each apartment has a cellar located in the basement of the house. In the basement there is also a technical room, workshop, bicycle and carriage house and a common room. The apartment building is based on reinforced concrete foundation strips. The vertical load-bearing structures are designed from ceramic blocks, in the basement from lost formwork. The ceiling structures are monolithic reinforced concrete slabs. Perimeter masonry above ground level is insulated with the ETICS contact thermal insulation system. The roofing of the building is solved by flat roofs, while above the 2nd floor it is a vegetation roof with a terrace, above the 3rd floor there will be a non-walkable flat roof with a waterproofing layer made of asphalt strips.
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Multifunctional building
Svoboda, Petr ; Kalánek, Jiří (referee) ; Brzoň, Roman (advisor)
This diploma thesis deals with the design of multifunctional building in Tábor in cadastre unit of Klokoty. It is a detached building with one underground floor and three above-ground floors on a flat terrain. The building is rectangular shape where the underground floor is a collective garage at the ground floor are shops a hairdresser and a café and at the last two floors are office spaces. The building is designed as frame systém with infill ceramic masonry with additional insulation. The roof is designed as a flat roof.
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Detached house, Šternberk
Jurajdová, Alžběta ; Suk, Petr (referee) ; Müller, Jan (advisor)
This bachelor thesis deals with the design of a new building detached house on a slope in the town of Šternberk. The building consists of one underground and one above-ground floor. The individual floors are divided in height. The vertical supporting structures are made of ceramic masonry, the vertical supporting structure above the top wall rim is made of lost formwork and forms a stiffening wall. The roof is designed countertop. The project documentation has been prepared according to valid legal and technical regulations.
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Multifunctional building
Remeš, Vlastislav ; Mazánek, Pavel (referee) ; Škramlik, Jan (advisor)
The subject of thesis is a project documentation of a single-standing multifunctional building. Object has 4 floors with no basement. Vertical load-bearing structures are designed from ceramic masonry Porotherm. Ceilings are monolithic, reinforced concrete. The roof is designed as a single-layer flat roof.
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Apartment Building
Švecová, Michaela ; Pilík, Václav (referee) ; Struhala, Karel (advisor)
The subject of this bachelor thesis is making the project documentation for construction of an apartment building in Vysoké Mýto. The apartment building is located on the western outskirts of Vysoké Mýto, in the residential area. It is a free-standing, three-storey, non-basement building with six housing units on the second and third floor. There are technical premises and four garages on the first floor. On the east side of the building, there is a parking lot and entrances to the individual garages. The vertical structural system of the building is made of Porotherm ceramic blocks. The building is insulated by a contact thermal insulation system with EPS insulation. Horizontal structures are made of reinforced concrete monolithic ceilings. The balcony boards are made of monolithic reinforced concrete with using ISO-supports. Vertical movement is possible through a staircase that is made of monolithic reinforced concrete or through the lift which is stored in a self-supporting shaft from monolithic reinforced concrete. The building is based on drilled piles in interaction with reinforced concrete foundation strips. The roof is flat, green in combination with pea gravel. The project was designed with a respect to current development in the area and with emphasis to the regulations. Parts of the work are schemes of technical equipment of buildings in the object and reviews of construction physics, in particular thermal technics, acoustics, insolation and lighting. The following programs were used: AutoCAD 2018, AutoCAD 2021, ArchiCAD, Teplo 2017, Světlo+, Building Designe, Microsoft Word, Microsoft Excel, Microsoft Publisher, Hluk+.
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Sports centre in Velké Meziříčí
Sedláček, Adam ; Sedlák, Radek (referee) ; Benešová, Romana (advisor)
The subject of this diploma thesis is the elaboration of project documentation for the construction of a new sports center with a specialization in the field of health technology. The building will be located in the town of Velké Meziříčí, on the street Školní and will be located on the plot 5917/16 with a total area of 17 820,2 m2. The total built-up area of the proposed building is 919,88 m2. The object is designed as stand-alone. It has a ragged shape, which consists of three adjoining rectangles, has two above ground floors with a partial basement. The building will be based on concrete foundation girders. The support system is chosen as a brick longitudinal with reinforcing walls. Perimeter masonry will be designed from cut ceramic blocks in above-ground floors and lost formwork in the basement. The ceiling structure consists of prestressed ceiling panels. The entire building is designed with a ventilated facade of two types of cement-bonded slabs. The grille of the ventilated facade will be made of glass fiber fiberglass. The roof of the building is designed as flat single-skinned. The building is designed for sports, including a sports bar and a clubhouse, which are open to the general public. There are 40 parking spaces, of which 3 for people with reduced mobility. During processing the emphasis was put on the appropriate layout, building-technical and architectural design and safe use of the building.
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Apartment building in Dobruška
Kränková, Anna ; Valenta, Michal (referee) ; Bantová, Sylva (advisor)
The bachelor's thesis with the topic of an apartment building in Dobruška prepares project documentation at the level for the construction. The building is located in the town of Dobruška. The land is located on a flat terrain. The main purpose was to create comfortable and modern living for families. It is a newly built three-storey apartment building, which is partially basement. The apartment building has a total of 11 residential units, cellars, storage space and technical facilities of the house. Most of the flats are 3 + KK, on the top floor we find 2 flats of 3 + 1. It is a rugged house with the main entrance from the east side. The building is based on foundation strips made of plain concrete. The foundations will be connected in stages from the south. Vertical load-bearing and non-load-bearing structures are made of ceramic blocks. The whole building is insulated with a contact thermal insulation system. Horizontal structures are reinforced concrete monolithic. The roofing of the building is solved by a single-skin flat roof.
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Firehouse
Výšek, Jan ; Burianová, Lenka (referee) ; Kacálek, Petr (advisor)
Diploma thesis solves the creating of layout study and creation of documentation for the realization new fire station. In the object is contemplated with placement of regional fire brigade unit, category JPO I and volunteer firefighter unit of city together, category JPO III/1. Fire station category will be considered as P1. The object consists of two structurally and functionally different parts. The first part is made of ceramic masonry with external thermal insulation composite system. Here are located administrative and operational premises. This section has two floors. Second part is solved as single-storey skeletal system made of reinforced concrete, roofed by prestressed concrete trusses. This part contains technical facilities and a garage. The cladding of the skeletal part of building is designed by using sandwich facade panels. Object has dissected ground plan, maximum dimensions are 54,80x22,20 m. Building has no basement and is roofed by flat roofs only. Object is located in peripheral locality of the city Jaroměř. Surrounding terrain is flat. Solved area contains a few related objects.
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Gallery Access House Wolkerka
Harazin, Tomáš ; Pilný, Ondřej (referee) ; Kalousek, Lubor (advisor)
The bachelor's thesis deals with project documentation for the new construction of a gallery access house Wolkerka. The proposed building is located near the historic center of city Olomouc in the former industrial zone, which has been transforming into a residential zone in recent years, thanks to many projects that are being developed in the area. In the vicinity there is a large park, which stretches around the medieval walls, that define the historic city center. The building is a four-storey building with the first floor serving as a background for residents and is equipped with a cellar for each of the apartments, a cleaning room and a technical room. On the remaining floors there are apartments, a total of 7, with layouts 1 + kk, 2 + kk and 3 + kk, which are oriented to the south by large sliding windows. In front of these windows, each of the apartments on the first and second floor is equipped with an unheated winter garden, which in the summer months allows for a complete opening and connection to the exterior. The top floor is recessed and there is only one apartment on it, which is equipped with a terrace, that is designed as a green roof, which simulates a garden in height. The roof, like the terrace, is designed as a green roof. All floors are connected by a staircase, which is part of the gallery on the columns. Under the winter gardens of the first floor there are 5 covered parking spaces. The house is based on reinforced concrete foundation strips. The vertical construction system consists of Porotherm T50 profi ceramic blocks, which are filled with mineral wool. Horizontal structures are monolithic reinforced concrete.
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