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Office house
Štros, Jakub ; Pilinszki, Martin (referee) ; Beneš, Petr (advisor)
The master´s thesis addresses the development of project documents for an atypical administrative building with the working title “Hodkovičky Office”. The structure is situated on multiple plots, which will be consolidated into two cadastral numbers. The administration building comprises 6 above-ground floors and 1st and 6th underground floors. Housing the technical facilities of the structure. The underground levels also feature parking spaces. The entrance is located in the southwest part of the plot. In the 1st floor access to the above-ground floors will be through a turnstile or security checkpoint. Additionally, these space can be utilized for large gatherings or private meetings. Floor 2-4 consist of office areas with individual rooms or open space layouts. The 5st floor is designated for office spaces for senior management. The building is a monolithic reinforced concrete combined structure with a central reinforcing core. The floors are constructed using monolithic reinforced concrete. The building features three flat roof
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Apartment building
Paulová, Iva ; Pilinszki, Martin (referee) ; Daněk, Lukáš (advisor)
The aim of this bachelor's thesis is the elaboration of project documentation for the construction of an apartment building. The proposed detached apartment building is located on a plot in the cadastre unit of Maloměřice (612499) in Brno. The new building respects the street line of the neighboring buildings. The building is designed as three-storey and has a rectangular floor plan. On the first floor there is a common background of the house and two garages with separate entrances. The stacking parking system is chosen to save parking space in cities. The construction of the stacking system, built into the building, is sunk into the terrain. Each garage has a parking space for 4 cars. On the second floor there are 3 residential units and 3 cubicles. On the third floor there are 2 residential units and 2 cubicles. The vertical load-bearing structures are designed from ceramic blocks and reinforced concrete columns. In the underground part, there is a construction pit made of hydraulic concrete and foundation strips made of plain concrete. The ceiling structure, two-armed and three-armed staircase are made of reinforced concrete, monolithic. The contact thermal insulation system ensures thermal insulation of the building. A single-skin flat roof with sloping wedges ensures rainwater drainage.
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Apartment building
Gyepesová, Angelika ; Pilinszki, Martin (referee) ; Daněk, Lukáš (advisor)
The submitted bachelor's thesis presents project documentation for a new apartment building in the town of Liptovský Hrádok. The building is designed in a slightly sloppy terrain as a free-standing building with five floors above ground level and one underground floor. In the basement there are vaults, warehouses, technical facilities and a garage with 17 parking spaces. In the premises of the first floor, there is a non-production plant, which is a chocolate-shop with a capacity of 32 people. From the second to the fifth floor, there are 14 residential units with a total capacity of 42 people. The vertical load-bearing system in the above-ground floors is designed as brick made of ceramic blocks. In the basement, it is made of monolithic reinforced concrete. Perimeter walls above ground level are contact-insulated with the ETICS system. The horizontal load-bearing ceiling structures are made of reinforced concrete slabs. The roofing is a sloping crossed roof with an angle of 25 °.
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Apartment building
Chomová, Štěpánka ; Pilinszki, Martin (referee) ; Daněk, Lukáš (advisor)
The subject of the bachelor’s thesis is the elaboration of project documentation for a newly-built apartment building in Opava. The apartment building is designed as a four-storey building with a basement. In the above-ground floors are located common house equipment and 14 flats. In the under-ground floor is located collective garage. Flats in the first floor have own terrace and flats in second up to fourth floor have balconies. The vertical construction system in the above-ground floors is masonry. Basement is projected as column system out of impermeable concrete. Horizontal bearing construction are made of reinforced concrete ceiling slabs. The roofing is desing as a one-layer flat green roof. Bachelor’s thesis includes project documentation for the construction.
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Multifunctional Building in Jičín
Imlauf, Vítězslav ; Pilinszki, Martin (referee) ; Beneš, Petr (advisor)
The subject of the thesis is the design of a multifunctional building in Jičín, which includes underground parking garages with cellars, technical facilities, administrative parts, commercial premises, medical facilities and apartments. The building is a five-story detached building with a full basement. The floor plan of the building is an irregular polygonal shape approaching the letter L. The structural system of the building is designed as a combined monolithic reinforced concrete skeleton with reinforcing reinforced concrete wall cores and ceilings. The foundation structures are made up of a foundation slab with foundation belts made of waterproof concrete placed on drilled piles. The roofing consists of a single-layer flat vegetation roof. The perimeter shell of the above-ground floors is designed from aerated concrete blocks with a contact insulation system made of mineral basalt wool.
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Modern barn house in Silesia
Kostialová, Jana ; Pilinszki, Martin (referee) ; Brzoň, Roman (advisor)
The aim of the bachelor's thesis is to design a passive single-family house for four people. First part of the thesis presents the structural and architectural project documentation including building physics evaluation and the second parts proposes the solution of building services. The house is located on the flat plot by the forest on the suburbs of Havířov. This rectangular shaped house has one floor and an attic with the gable roof. On the ground floor is entrance hall, utility room, hall, toilet, bathroom, pantry, living room with the kitchen with the access onto the west facing deck. Upstairs is a cloakroom, two children's bedrooms, second bathroom, master's bedroom with walk-in-wardrobe and the home office. The glazed facades are oriented to the east and to the west. The total floor area of the house is 264 m2. The covered parking and tool-shed will be located on the northeast side of the house by the access to the property. The load-bearing walls are form sand-lime blocks with mineral insulation and wooden cladding, the partitions are from aerated concrete. Strip foundations, insulated by extruded polystyrene, are from reinforced cast-in-place concrete, floor slab is from prefabricated prestressed concrete panels. The metal roofing is on timber roof truss. Windows and entrance door are wood-aluminium with triple glazing. Floor heating, cooling and warming water in this house is provided by air/water heat pump. Ventilation is provided by ventilation unit with ducts in suspended ceilings and plate valves. On the south side in the metal roofing are integrated very thin photovoltaic panels. Storm water is collected in accumulation tank for later use. Summer overheating is reduced with external blinds. The house is connected to the water service pipe, sanitary sewer, electricity service cable and optical cable. The thesis also solves fire safety and building physics including daylighting, acoustics, and the energy certificate of the house.
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Low-energy detached house in Krkonoše
Ambrožyová, Jana ; Pilinszki, Martin (referee) ; Brzoň, Roman (advisor)
The aim of this bachelor thesis is design of low-energy detached house. The project is divided into two parts. The first part is the project documentation for building permission, and the second is focused on building services. Part of building permission is fire safety of building, acoustic and daylight assessment and assessment of constructions from thermal technology. The house located in Eastern Krkonoše mountains in Pec pod Sněžkou, Velká Úpa, Trutnov district. The house is connected to the electrical grid, water supply and sewage system. Part of the electricity is provided by photovoltaic panels on the gable roof. The building is located on a sloping plot and is designed as three-story house with residential attic, gable roof and counter dormer. Roof is insulated with over-rafter insulation. The building is based on foundation strips made from reinforced concrete. External walls of the underground floor are made from permanent formwork concrete blocks with reinforced concrete infill. Above-ground floors are designed from Porfix aerated concrete blocks. External walls of underground floor are insulated with ETICS. External walls of the upper floors are insulated with stone insulation and supplemented with a ventilated facade with wooden cladding. The floor structure above the underground floor is designed from monolithic reinforced concrete and above the first above-ground floor is formed by the Porfix floor system. On the underground floor there is garage, utility room, ski storage room and wellness area with bathroom and small kitchen. Kitchen, bathrooms and habitable rooms are located on the upper floors. Part of the documentation is the conceptual design of air conditioning and rainwater management. Because the building is designed in the mountains, I focused on heating system. I designed the main source of heating – air-water heat pump. I designed a floor heating system and for better thermal comfort is possible to use a wood-burning fireplace. The documentation also includes the Building's Energy Performance Certificate.
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APARTMENT BUILDING LÁNICE
Smutný, Jiří ; Pilinszki, Martin (referee) ; Brzoň, Roman (advisor)
This bachelor’s thesis outlines the development of project documentation for a new apartment building named “Lánice”. The apartment is constructed with an underground basement in addition to three above-ground floors containing a total of 9 residential units featuring several different layouts. The apartment building’s foundations are made up of plain concrete foundations strips. The ground floor’s vertical structural system consists of the “Best” formwork, while the aboveground floors make use of “Porotherm” cut brick blocks. All horizontal structures are monolithic and made with reinforced concrete. The ETICS contact insulation system is used to insulate the building. A flat, single-layer roof is used on this apartment building.
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Apartment Building Gemini
Povýšil, Marek ; Pilinszki, Martin (referee) ; Brzoň, Roman (advisor)
The subject of the bachelor’s thesis is elaboration of the project documentation of an apartment building in Brno – Medlánky. The building is designed as free-standing in a sloping terrain and has 4 floors above and 1 underground. There are a total of 18 dwelling units. The structure in underground floor is designed as combination of reinforced conrete walls and columns, the structure of floors above is designed as masonry sytem of walls from brick blocks. The ceiling structures are designed as reinforced concrete slabs. The roof structure is in a form of warm flat green roof. The foundation structures are designed as reinforced concrete strips and pads.
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Apartment building, Zborovice
Juříková, Michaela ; Pilinszki, Martin (referee) ; Brzoň, Roman (advisor)
The building is located in the cadastral area of the village Zborovice [791679]. It is a corner plot with parcel number 1035 and an area of 1764 square meters. Apartment building is designed as stand-alone house with three floors, basement and with gable roof. It contains eight housing units, form which one is for person with reduced mobility. The facade of the building is partly designed as a ventilated facade with fiber-cement cladding in color - khaki brown. The rest of the facade is white. Perimeter masonry is made of ceramic blocks. The ceiling structure consists of a reinforced concrete slab. The exterior skin is insulated with basalt mineral wool boards.
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