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Apartment building in the foothills of the Olicke Mountains
Fogl, Martin ; Nespěšný, Ondřej (referee) ; Pěnčík, Jan (advisor)
This bachelor's thesis aims to design a new four-story apartment building with a partial basement and prepare project documentation for the construction phase. The building object is set in a slightly sloping terrain of the town Letohrad in the foothills of the Orlicke Mountains. The proposal respects the surrounding buildings and all the city's binding documents, especially the zoning plan and the zoning study of the locality Nad Bažantnicí. There will be twelve new housing units on the upper floors, which correspond to current construction trends with their layout and material features. New tenants await attractive urban housing in mountainous areas. The underground floor above part of the building will be used to store household equipment, cellars, and technical facilities. It is also advantageous that the highest part of the apartment building is in the more load-bearing layers of the subsoil. The apartment building is based on plain concrete foundation strips, lined with sand-lime masonry blocks and covered with single-layer flat roofs, ready for the placement of photovoltaic panels and alternative energy sources. The perimeter masonry will be contact-insulated with a system with classic layer order and ETICS certification. Facade polystyrene will be used as a thermal insulator.
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Assembly hall for jet aircraft with offices
Fogl, Martin ; Vaněk, Vojtěch (referee) ; Pěnčík, Jan (advisor)
The task of this thesis is to design a new jet aircraft assembly hall including a three-storey administrative building with a partial basement and to prepare project documentation for the construction phase. The building is located on flat terrain in an industrial area with a non-public airport near the village of Odolena voda in the Prague – East district. The design respects the surrounding development and all binding documents, in particular the municipality's master plan and the airport's regulatory areas. The assembly areas are divided into three parts, where the individual work operations during the assembly of the aircraft fuselages take place, namely the assembly workplace, gluing of overlays and charging of ejection seats. The administration building is divided into areas for production staff facilities, a multifunctional room with a showroom, building technology facilities, office areas and food preparation with a canteen. The building as a whole corresponds to the current trends in construction with its layout and material proportions. For CC-Aircraft a. s. this construction will not only be a new headquarters for management, development and production, but also a business card for new customers. The foundation on large-diameter piles guarantees a reliable system for transferring static and dynamic loads to the load-bearing soil layers. The load-bearing skeletal structural system of precast reinforced concrete elements ensures fast and efficient construction. Together with lightweight cladding with system thermal insulation panels or a ventilated facade with aerated aerated concrete infill masonry and a single-skin vegetated roof, they reduce the energy consumption of the building and create maximum thermal comfort inside.
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Apartment building in the foothills of the Olicke Mountains
Fogl, Martin ; Nespěšný, Ondřej (referee) ; Pěnčík, Jan (advisor)
This bachelor's thesis aims to design a new four-story apartment building with a partial basement and prepare project documentation for the construction phase. The building object is set in a slightly sloping terrain of the town Letohrad in the foothills of the Orlicke Mountains. The proposal respects the surrounding buildings and all the city's binding documents, especially the zoning plan and the zoning study of the locality Nad Bažantnicí. There will be twelve new housing units on the upper floors, which correspond to current construction trends with their layout and material features. New tenants await attractive urban housing in mountainous areas. The underground floor above part of the building will be used to store household equipment, cellars, and technical facilities. It is also advantageous that the highest part of the apartment building is in the more load-bearing layers of the subsoil. The apartment building is based on plain concrete foundation strips, lined with sand-lime masonry blocks and covered with single-layer flat roofs, ready for the placement of photovoltaic panels and alternative energy sources. The perimeter masonry will be contact-insulated with a system with classic layer order and ETICS certification. Facade polystyrene will be used as a thermal insulator.
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