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Residential House
Girard de Villars, Petr ; Sláma, Ludvík (referee) ; Mohelníková, Jitka (advisor)
In bachelor´s thesis was made a project of a residential house in the range needed to get detailed planning permission. It is a building with 2 floors and a cellar. Part of this building is also a garage for 2 cars. It is roofed by half-hip roof. The project was designed regarding to the architectual, thermal protective, acoustic and fire safety requirements. The building was also designed to perform all functions needed for four-member family, such as social function, relaxation, work function and need of privacy.
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Residential House
Vaňková, Jana ; Chuchma, Lukáš (referee) ; Mohelníková, Jitka (advisor)
This Bachelor´s thesis solves a project of the residential house for one generation. The object has three floors, a basement and third floor is realised as an attic. Supporting parts of construction are made of POROTHERM system. The exterior walls of the basement are made of shuttering concrete blocks CSB. The saddle roof above the house is created with the concrete roof tiles BRAMAC. The project is focused on implementation part of documentation and treatment of particular details. Next, the project contains technical reports, hygrothermal report, fire safety solution and other technical design of the building.
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Contribution to the construction of cost and energy efficient family houses
Čech, Josef ; Mohelníková, Jitka (referee) ; Gašparik,, Jozef (referee) ; MBA, Pavel Slováček, (referee) ; Hrazdil, Václav (advisor)
Dissertation focuses on the verification of construction family houses made of concrete shell block with internal thermal insulation system. The construction technology is transferred to the Czech Republic from France. The work focuses on building envelope. The suitability of implementation is assessed on the basis of verification selected thermal technical requirements placed on building envelope. Requirements are specified by legislation in force in the ČR. The verification was performed by using software simulations and measurements on realized buildings. Critical areas of construction technology were identified on the basis software simulations and measurements on site. It was suggested solution, in which critical areas comply the thermal technical requirements. The building envelope was checked also using the thermography imaging on site. Continuous measurement of interior temperature was used to evaluate thermal comfort in the room. In the completed buildings was tested airtightness of the building envelope, which revealed other critical areas of the building envelope. Critical areas are necessary to solve with sufficient care. The economic cost of implementing each variants of exterior walls made of concrete shell block with internal thermal insulation were compared with the economic costs of implementing external walls made of burnt clay hollow blocks and made of burnt clay hollow blocks with external thermal insulation system ETICS. Subsequently, the economic return was calculated for individual variants of external walls made of concrete shell blocks with internal thermal insulation. From the environmental viewpoint was made comparison of production greenhouse gas CO2 and SO2 (cause acid rains) during the life cycle of the individual variations of exterior walls made of concrete shell blocks with system of internal thermal insulation, exterior walls made of burnt clay hollow blocks and burnt clay hollow blocks with external thermal insulation syst
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Low-rise residental buildings
Skrývalová, Dominika ; Jacková, Eva (referee) ; Sátora, Josef (advisor) ; Mohelníková, Jitka (advisor)
The bachelor´s thesis "Low-rise residential buildings" deals with the construction of a residential buildings in Brno, Sadová. The residential building is designed on a corner plot which original use was as a meadow and garden area. The building is located on flat terrain. The project builds on the study "Panorama Kociánka", the intended construction of residential buildings on the northeast side of the land. The building has one underground and three floors. Building structure is created of wall system placed on concrete grid foundations. The roof is flat. Part of the bachelor´s thesis is the physical model and detail of sliding folding shielding panels.
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House
Uheríková, Eliška ; Sibilla, Luboš (referee) ; Mohelníková, Jitka (advisor)
The subject of bachelor’s thesis is creation of project documentation of construction of a family house. The family house is a two-story building, without basement, partially covered by soil. The building is founded on foundation strips, load-bearing structures are designed as reinforced concrete with some partitions made from Vapis masonry. Ceiling structure is circle reinforced concrete slab with notched hinges, supported by load-bearing walls and inclined concrete columns in exterior. Pitched roof is design as extensive green roof, in interior visible timber rafter. Building object is situated on parcel no. 1946/3, municipality Krásné Pole, cadastral area Ostrava city, Moravian-Silesian region.
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Residential House
Hyxa, Petr ; Sláma, Ludvík (referee) ; Mohelníková, Jitka (advisor)
This is a two-floor detached house with partly basement and garage which is incorporated. The supporting structure is made up of bricks Medmax filled reinforced concrete. Construction of ceiling is realized from the panels Med10 and reinforced concrete, which is made carrying construction. The building is based on concrete foundations. Construction of the truss is purlin’s and rafter’s type. The roofs are forming a gabled shape.
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Residential Building with fitness centre
Bartakovič, Róbert ; Sláma, Ludvík (referee) ; Mohelníková, Jitka (advisor)
The submitted bachelor's thesis deals with a project documentation for the construction of a new apartment building with a fitness center in the town of Kuřim near Brno. The building has one underground floor and five above ground. In the basement there is a collective garage with 24 parking spaces, including two spaces for disabled people. On the first floor is a non-production facility which is a fitness center with a spacious terrace. Other above-ground floors have housing units. The building is designed as a monolithic reinforced concrete skeleton with infill masonry from ceramic blocks. Perimeter walls above ground level are insulated with the ETICS contact thermal insulation system. The roof of the building is flat, single-skinned. The project documentation is developed using the BIM methodology.
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Multifunctional Building
Štěrba, Maroš ; Sláma, Ludvík (referee) ; Mohelníková, Jitka (advisor)
The objective of the diploma thesis is to design project for the realisation of new a multifunctional building in city of Brno, Zábrdovice on the corner of Příkop and Bratislavská streets in the wider city center. The object with cellar contains a collective garage. On the ground floor there is a café, from the second to the fourth floor offers rentable office space, on the top floors, the fifth and receding sixth floors are situated apartments varying in size from studio to penthouse. The building is based on a white tub and piles of plain concrete. The supporting system consists of a plate skeleton with concealed heads with reinforcing reinforced concrete monolithic core and two gable reinforcing walls. The skeleton is filled with brickwork. Covered by a combined roof. The main entrance to the building is located on the eastern side along Příkop Street. The architectural expression of the building consists of ceramic cladding strips and rhythm of the hole fill pattern, which decrease with the rising floor.
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University Residential Centre
Weyr, Jan ; Sláma, Ludvík (referee) ; Mohelníková, Jitka (advisor)
This diploma thesis is aimed on solution of a three-storey object for residential and commercial purposes of a university. In the ground floor there is canteen with canteen kitchen, café, shops and fitness. The first and second floors are designed as an accommodation for students with different types of room layouts. Reinforced concrete skeleton was chosen as a load-bearing system of the building and acoustic masonry is used as an infill material. The roof is designed as a green flat roof with extensive type of flora. The object is founded on piles.
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House for dwelling and business
Hirt, Lukáš ; Svatoňová, Hana (referee) ; Mohelníková, Jitka (advisor)
In the thesis is solved newly built freestanding house for dwelling and business. The building will be located in the village Moravské Buděovice, Zahradní street, parcel number 1726/11, Třebíč district. House has two floors with a partial basement. Maximum dimensions in circumscribing the outline of the house are 22.0x20.10m. Ridge height is 8.34m. House is based on the footings of plain concrete C20/25. The base is made of concrete slab kari network 150x150x6. The building is designed from the system Porotherm. The staircase is reinforced concrete. The shed roof is made of concrete roofing tiles. The roof above the garage is flat – green. The roof above the libraly and doorway is flat with a coating covering.
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