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Apartment building
Petřkovský, Lukáš ; Různar, Daniel (referee) ; Brukner, Bohuslav (advisor)
The subject of this bachelor thesis was the elaboration of an apartment building for construction stage. The proposed building, intended for collective housing, has 5 aboveground and one underground, partially basement floor, sunk into the sloping terrain of the plot. The building has 10 residential units and house accessories in the form of wellness facility. The building includes a a covered garage and outdoor parking spaces. On the first floor is the main entrance to the building, which is connected to the stairwell. From the stairwell you enter the individual apartments on 5 floors, wellness and technical facilities in the basement and covered garages. The apartments are designed for family living. The apartments have their own terraces from the 3rd floor. The dominant features of the building are protruding bay windows, that face south. The load-bearing structure consists of an prefabricated reinforced concrete frame, the ceiling structure in connection with prefabrication are made of pressed Spiroll panels. Foundation structures in the form of footing pockets connect prefabricated pockets and monolithic pockets,that are interconnected by sills. The infill masonry consists of thermal insulation blocks made of aerated concrete and acoustic sand-lime blocks. The building is then insulated with aerated concrete insulation. The last receding floor consists of a load-bearing structure made of aerated concrete and ceiling covered with monolithic reinforced concrete slab. Roof structures are designed as flat roofs with subsequent protective layers in the form of vegetation layers or aggregates.
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Structural design of the testing centre
Růžička, Martin ; Pinkas, Karel (referee) ; Klusáček, Ladislav (advisor)
The master´s thesis concerns with the design of the construction of the testing centre. The hall is divided in two parts, in one of those parts the office rooms are located. The precast concrete frame of the hall is composed by foundation pads, columns, secondary beams and crane beams, precast slabs, and prestressed girders. The thesis contains report, structural design, drawings of floor plans and sections, drawings of formwork and reinforcement, visualization and steps of construction.
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Autosalon
Balúch, Tomáš ; Pospíšil, Jaroslav (referee) ; Pěnčík, Jan (advisor)
This master's thesis focuses on design and elaboration of documentation for construction of a Car Showroom. The building is divided to two functional parts. The building is to be situated on plot number 1333/21, cadastre unit: Bohunice. The building is to be located on an undeveloped plot in possesion of the investor. The parking lots are connected to a local road. All substantial infrastructures are located nearby the plot. The proposition and the design of the building have respect for both commune plan and current buildings. The documentation is elaborated with regard to the contemporary Czech legislative and standards. The project designs the building, which is divided in two functional parts: SO 01 & SO 02, both operationally and visually connected. Contructions of objects are structurally independent. The first object includes exhibition hall with capacity of 8 exhibited cars. There is also to be located the administrative part, waiting rooms for customers, facilities for employees and the warehouse. The second object includes car repair shop. There are also to be located facilities for employees of the service, workshop, room for a car handover, hand car wash and an utility room. Construction is designed as a reinforced concrete columnar structural system with prefabricated single footings, self-supporting foundation slab and reinforced concrete ceiling slab with integrated girders above first floor of the object SO 01. The roofs of the building are designed as a flat roofs and the support constructions are made of steel. Planned dimensions of autosalon are 41x18 metres. As a cladding of the first object is used the lightweight glass cladding. For masonry walls are used the 250 mm thick ceramic blocks, mineral insulation and ventilated external facade cladding with use of fiber-cement boards. Planned dimensions of car repair shop are 31x28 metres. As a cladding of the second object are used the sandwich panels with foam core made of PIR.
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Apartment building
Petřkovský, Lukáš ; Různar, Daniel (referee) ; Brukner, Bohuslav (advisor)
The subject of this bachelor thesis was the elaboration of an apartment building for construction stage. The proposed building, intended for collective housing, has 5 aboveground and one underground, partially basement floor, sunk into the sloping terrain of the plot. The building has 10 residential units and house accessories in the form of wellness facility. The building includes a a covered garage and outdoor parking spaces. On the first floor is the main entrance to the building, which is connected to the stairwell. From the stairwell you enter the individual apartments on 5 floors, wellness and technical facilities in the basement and covered garages. The apartments are designed for family living. The apartments have their own terraces from the 3rd floor. The dominant features of the building are protruding bay windows, that face south. The load-bearing structure consists of an prefabricated reinforced concrete frame, the ceiling structure in connection with prefabrication are made of pressed Spiroll panels. Foundation structures in the form of footing pockets connect prefabricated pockets and monolithic pockets,that are interconnected by sills. The infill masonry consists of thermal insulation blocks made of aerated concrete and acoustic sand-lime blocks. The building is then insulated with aerated concrete insulation. The last receding floor consists of a load-bearing structure made of aerated concrete and ceiling covered with monolithic reinforced concrete slab. Roof structures are designed as flat roofs with subsequent protective layers in the form of vegetation layers or aggregates.
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Autosalon
Balúch, Tomáš ; Pospíšil, Jaroslav (referee) ; Pěnčík, Jan (advisor)
This master's thesis focuses on design and elaboration of documentation for construction of a Car Showroom. The building is divided to two functional parts. The building is to be situated on plot number 1333/21, cadastre unit: Bohunice. The building is to be located on an undeveloped plot in possesion of the investor. The parking lots are connected to a local road. All substantial infrastructures are located nearby the plot. The proposition and the design of the building have respect for both commune plan and current buildings. The documentation is elaborated with regard to the contemporary Czech legislative and standards. The project designs the building, which is divided in two functional parts: SO 01 & SO 02, both operationally and visually connected. Contructions of objects are structurally independent. The first object includes exhibition hall with capacity of 8 exhibited cars. There is also to be located the administrative part, waiting rooms for customers, facilities for employees and the warehouse. The second object includes car repair shop. There are also to be located facilities for employees of the service, workshop, room for a car handover, hand car wash and an utility room. Construction is designed as a reinforced concrete columnar structural system with prefabricated single footings, self-supporting foundation slab and reinforced concrete ceiling slab with integrated girders above first floor of the object SO 01. The roofs of the building are designed as a flat roofs and the support constructions are made of steel. Planned dimensions of autosalon are 41x18 metres. As a cladding of the first object is used the lightweight glass cladding. For masonry walls are used the 250 mm thick ceramic blocks, mineral insulation and ventilated external facade cladding with use of fiber-cement boards. Planned dimensions of car repair shop are 31x28 metres. As a cladding of the second object are used the sandwich panels with foam core made of PIR.
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Structural design of the testing centre
Růžička, Martin ; Pinkas, Karel (referee) ; Klusáček, Ladislav (advisor)
The master´s thesis concerns with the design of the construction of the testing centre. The hall is divided in two parts, in one of those parts the office rooms are located. The precast concrete frame of the hall is composed by foundation pads, columns, secondary beams and crane beams, precast slabs, and prestressed girders. The thesis contains report, structural design, drawings of floor plans and sections, drawings of formwork and reinforcement, visualization and steps of construction.
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