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Apartment building
Buchtelová, Aneta ; Pilný, Ondřej (referee) ; Berková, Petra (advisor)
Contents of the bachelor´s thesis is a project of the elaboration of project documentation for the construction od an apartment building. I tis a building with five floors. The building has a total od 9 residencual units. ALl apartments have a balcony, terrace orlodgia. On the ground floo there is a barrier-free apartment, which has a separate main entrance and its own garden. There i salso common area on the ground floor with cellars a technical room, a meeting room, a chambers for placing tools for building mainterance, a cleaning room and a carriage hause with a bicycle shed. The last floor is designed as an esit to flat intensive roof and for 6 storage of equitment for uts mainterance. In front od the building is designed a total od 18 parking spaces, 2 of which are for people with limited mobility and orientation. The accesibilty of the building is desugned using paved surfaces and an elevator. The building is designed drom a two-way wallsystém made of ceramic blocks. The external vertical perimetr structures are insulated with the ETICS systém made of expanded polystyrene.
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Apartment building
Hamelová, Simona ; Bartošová, Andrea (referee) ; Brukner, Bohuslav (advisor)
The subject of the bachelor's thesis is the project of a detached, five-storey apartment building situated on us. May 3, in the very center of Otrokovice. The building has one underground floor with collective garages and technical facilities and four above-ground floors, where 21 residential units are designed. Shops with facilities are designed on the 1st floor. The assortment for these stores is not precisely specified. There is also a cleaning room and a shared carriage house with a bicycle shed. The apartment building is designed as a reinforced concrete monolithic skeleton with load-bearing columns and horizontal structures. The substructure is designed on piles, footings and foundation strips made of reinforced concrete. The load-bearing structure of the underground floor is a combination of a reinforced concrete inner skeleton with columns standing on the base and reinforced concrete perimeter load-bearing walls with a thickness of 300 mm. The perimeter walls on the upper floors are lined with Porotherm 30 Profi bricks on a system thin-layer mortar. The perimeter walls are insulated - a contact thermal insulation system with a thermal insulation layer of th. 120 mm. On the perimeter walls there is a reinforcing beam, stiffener. The internal staircases are designed as monolithic reinforced concrete. The translations will be porothermic or reinforced. The ceilings are monolithic reinforced concrete with a thickness of 250 mm, with girders with a cross section of 650x400 650x300 or 650x500 mm. Balcony boards are lined over ISO beams. The staircase is a reinforced concrete monolithic. Windows and exterior doors will be plastic. The roof is flat with polystyrene insulation and fatrafol roofing. The heat source for heating and hot water is an exchanger connected to the primary circuit of the Hradec Králové hot water pipeline. Connection to the required public infrastructure networks can be implemented in the immediate vicinity of the buil
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Apartment building
Hamelová, Simona ; Bartošová, Andrea (referee) ; Brukner, Bohuslav (advisor)
The subject of the bachelor's thesis is the project of a detached, five-storey apartment building situated on us. May 3, in the very center of Otrokovice. The building has one underground floor with collective garages and technical facilities and four above-ground floors, where 21 residential units are designed. Shops with facilities are designed on the 1st floor. The assortment for these stores is not precisely specified. There is also a cleaning room and a shared carriage house with a bicycle shed. The apartment building is designed as a reinforced concrete monolithic skeleton with load-bearing columns and horizontal structures. The substructure is designed on piles, footings and foundation strips made of reinforced concrete. The load-bearing structure of the underground floor is a combination of a reinforced concrete inner skeleton with columns standing on the base and reinforced concrete perimeter load-bearing walls with a thickness of 300 mm. The perimeter walls on the upper floors are lined with Porotherm 30 Profi bricks on a system thin-layer mortar. The perimeter walls are insulated - a contact thermal insulation system with a thermal insulation layer of th. 120 mm. On the perimeter walls there is a reinforcing beam, stiffener. The internal staircases are designed as monolithic reinforced concrete. The translations will be porothermic or reinforced. The ceilings are monolithic reinforced concrete with a thickness of 250 mm, with girders with a cross section of 650x400 650x300 or 650x500 mm. Balcony boards are lined over ISO beams. The staircase is a reinforced concrete monolithic. Windows and exterior doors will be plastic. The roof is flat with polystyrene insulation and fatrafol roofing. The heat source for heating and hot water is an exchanger connected to the primary circuit of the Hradec Králové hot water pipeline. Connection to the required public infrastructure networks can be implemented in the immediate vicinity of the buil
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Apartment building
Buchtelová, Aneta ; Pilný, Ondřej (referee) ; Berková, Petra (advisor)
Contents of the bachelor´s thesis is a project of the elaboration of project documentation for the construction od an apartment building. I tis a building with five floors. The building has a total od 9 residencual units. ALl apartments have a balcony, terrace orlodgia. On the ground floo there is a barrier-free apartment, which has a separate main entrance and its own garden. There i salso common area on the ground floor with cellars a technical room, a meeting room, a chambers for placing tools for building mainterance, a cleaning room and a carriage hause with a bicycle shed. The last floor is designed as an esit to flat intensive roof and for 6 storage of equitment for uts mainterance. In front od the building is designed a total od 18 parking spaces, 2 of which are for people with limited mobility and orientation. The accesibilty of the building is desugned using paved surfaces and an elevator. The building is designed drom a two-way wallsystém made of ceramic blocks. The external vertical perimetr structures are insulated with the ETICS systém made of expanded polystyrene.
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