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Apartment building
Lužná, Hana ; Lavický, Miloš (referee) ; Matějka, Libor (advisor)
The subject of the bachelor thesis is the preparation of project documentation for the new construction of an apartment building in Prostějov. The building has four above-ground and one underground floors. The terrain around the building is slightly sloping. There are a total of nine apartments in the above-ground units ranging in size from 1+kk to 5+kk. On the first above-ground floor, a wheelhouse, a carriage room, a cleaning room, a technical room and an air conditioning machine room are designed. There are also designed cellar cubicles for individual apartments. On the first underground floor, a collective garage with parking for eight cars. Wall construction system. Support structures made of Porotherm blocks. The ceilings are made of reinforced concrete monolithic ceiling slabs. The roof is designed as a flat vegetation roof. The building is based on foundation strips made of simple concrete. Columns designed reinforced concrete footings.
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Family House
Hrušovský, Jonáš ; Vaněk, Vojtěch (referee) ; Pěnčík, Jan (advisor)
The subject of this bachelor's thesis is the development of construction project documentation at the implementation stage and the preparation of necessary attachments in text form. The wooden family house is located in the eastern Krkonoše, specifically in the town of Mladé Buky. It is a detached building with its own land. The building has a partial basement and two above-ground floors. The basement area includes a spacious gym, a storage room, and a sauna with its own facilities. The main entrance is located on the northwest side, leading to a functional kitchen connected to a dining and living room, a separate room serving as an office, a toilet, and a utility room. The ski storage and garage area have separate entrances. The remaining floors are accessible from this floor via wooden, self-supporting, double-flight stairs. The residential attic includes two separate rooms, a bathroom, a walk-in closet, and the master bedroom with its own bathroom. From the bedroom, there is access to an outdoor terrace located on the roof of the garage. The foundation structures are designed from plain concrete as stepped foundation strips. The vertical load-bearing structures in the basement are made of concrete formwork blocks, while in the above-ground floors, they are made of load-bearing wooden KVH profiles measuring 60x120 mm. For the ceiling structure above the basement, a reinforced concrete slab with a thickness of 200 mm was used, and above the first floor, a beam ceiling with load-bearing wooden beams measuring 60x240 mm was used. The building is covered with a pitched roof with sheet metal roofing
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Single-family house
Diblík, David ; Nespěšný, Ondřej (referee) ; Bečkovský, David (advisor)
The subject of this bachelor's thesis is the design of a new family house built from large-scale, multi-layered CLT panels, and the preparation of project documentation for the construction phase. The building is situated on a gently sloping site in the village of Račice near Dlouhé (Žďár nad Sázavou district). The concept and design respect the surrounding development and all mandatory municipal documents, particularly the zoning plan. The building consists of a single apartment, which, through its layout and material characteristics, corresponds with current technologies and elements in construction. On the ground floor, there is an entrance hall with a separate WC, a utility room, a living room with a kitchenette, and a bedroom with a separate dressing room leading to a private bathroom. The second floor is designed with two rooms each with its own dressing room, a study, and a shared bathroom. The family house is founded on strip foundations made of plain concrete, with vertical load-bearing and non-load-bearing elements made from massive wooden CLT panels. The exterior features include contact insulation using wood fiber insulation with façade plaster or ventilated wooden cladding. Horizontal load-bearing structures, such as the ceiling and flat roof with a waterproof membrane weighted down with washed river gravel, are constructed as ribbed ceilings with a limestone screed. The second floor is roofed with a gabled roof covered with aluminum standing seam panels, designed to accommodate photovoltaic panels and utilize alternative energy sources. The building is designed to have nearly zero energy consumption.
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Detached house Rybníček
Kvasničková, Barbora ; Melcr, Petr (referee) ; Fišarová, Zuzana (advisor)
The aim of the bachelor’s thesis is to design a new detached house at the level of project documentation for the building permit. The first part of the thesis contains the architectural and structural design, fire safety design and building physics. The second part of the thesis contains the design of building services. The house is designed on a flat plot in the small village Újezd–Rybníček. It has rectangular shape, two storeys and a flat green roof with photovoltaic power plant. Detached garage with rectangular shape has a flat roof. On the ground floor, there are a kitchen with living room with the access to the deck, a workroom with suite bathroom, a utility room, a bathroom, and a toilet. On the first floor, there are rooms for children, bedroom with dressing room, workroom, a bathroom, and a toilet. The house is based on a cast-in-place reinforced concrete foundation slab with foam glass. The load–bearing walls is made of sand-lime blocks. The horizontal structures are made of cast-in-place reinforced concrete. I designed ventilated façade with fibre cement cladding and green walls. Heating is provided by a geothermal heat pump with a vertical ground borehole. I designed floor heating. Ventilation is provided by a mechanical ventilation unit with heat recovery. For rainwater management, I designed an accumulation plastic tank for storage and use rainwater for irrigation green façade and watering garden. From the tank is designed to overflow to infiltration tunnels. The thesis also includes an energy performance certificate for the building.
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Multifunctional apartment building
Jacso, Alexander ; Volf, Josef (referee) ; Brukner, Bohuslav (advisor)
The subject of the bachelor's thesis is the development of project documentation for a multifunctional residential building for the realization of the object. The main goal of the work was to design the spatial, structural, and material solutions. The building is located on flat land in the southern part of the town of Lučenec. It is a standalone multifunctional residential building with a rectangular shape, consisting of four ground floors and one underground floor embedded into the terrain. The fourth ground floor is recessed by one module, creating terraces. It´s a building intended for commercial purposes and family living, with underground garages. The structural system of the basement and ground floor is designed as a reinforced concrete monolithic combined system with perimeter walls and internal columns. The second to the last fourth floor is designed as a prefabricated wall system made of wooden CLT panels insulated with mineral wool of ETICS system. The building is founded on strip and pad foundations. The roof is designed as an extensive single-layer flat green roof. The building has been assessed in terms of fire safety, thermal engineering, acoustics, sunlight exposure, and natural lighting, and meets all investment and normative requirements.
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Gallery of Modern Art Brno
Jaroměřský, Ondřej Oldřich ; Obrtlík, Jan (referee) ; Májek, Jan (advisor)
The subject of this bachelor thesis is the design of a modern art gallery in Brno, Czech Republic. The building serves as a new cultural and educational centre, which creates a new landmark for the inhabitants of Brno. The site is located close to the historic centre of Brno, on the site of the former city walls at the Koliště ring road. There is a tram stop Malinovského náměstí at the main entrance to the site. Two paths lead to the plot from the planned city park, which will be built on the site of the ČD railway siding. The last access to the site for pedestrians and cyclists is from the newly designed footbridge over Koliště Street, which will connect the city park with the new parking house in Koliště Street. The adjacent surroundings of the building, including the parterre with park landscaping, are linked to the future development of the Brno Ringstraße and thus complete the planned green belt around the historic heart of the city. The designed building is six-storeys high, with two underground floors used mainly for parking not only for gallery visitors but also for residents of the surrounding area. The underground parking garage can be accessed via two wheelchair accessible entrances located opposite the main entrance to the gallery, with a vehicle entrance located on Koliště Street according to the new regulatory plan, which plans to build a parking building there. The gallery section itself is made up of four storeys, with the central part of the layout serving as an elevated atrium going through all the storeys, covered by a glazed skylight. This space is used to display large-scale art that can also be hung in the space. The first floor contains, in addition to a lecture hall, cloakrooms and two offices for the gallery management, a workshop room, an open space with refreshments, a technical room and three staircases that go through all floors, including the basement. The first staircase is located at the back of the elongated atrium and, together with the lifts, serves as the main vertical communication in the building. The remaining two staircases with lifts serve as escape routes in the case of fire, leading out of the building on the first floor. All floors are also connected by a hydraulic freight elevator, which is used for the supply and delivery of artworks to the building. The remaining floors with the same layout are primarily used as exhibition spaces with a view into the atrium from the gallery balconies. There are always sanitary facilities for visitors to the building and also preparation rooms for the exhibition spaces. The appearance of the building is heavily inspired by 20th century Brno architecture, both in terms of the material context and the morphology of the building. The heavy and dignified base of the building is formed by a ventilated facade with ceramic brick strip cladding, which emphasises the seriousness and importance of the institution housed in the building. The envelope of the remaining three floors is also made up of a ventilated facade, but with curved perforated panels of anodised aluminium and white powder painting. This upper part of the building, as if shrouded by a curtain, emphasises the fragility and uniqueness of the artworks exhibited, thus protecting them from the world around them, and at the same time highlighting their importance in contemporary society.
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Energy Balance of Smart Ventilated Facade
Salajka, Radek
This article explains the function and basic energy balance for a smart facade system that is being researched at Brno University of Technology. This system is an upgrade to an already well-known ventilated facade. The upgrade is mainly presented by efficient control over built-in shut-off dampers inside the ventilated gap. The main goal is to reduce the energy consumption of buildings and create a healthy and comfortable indoor thermal microclimate in a much more ecological way. Numerical calculations are being used to present the energy use of a given facade in comparison with other conventional facade systems on the same building with identical boundary conditions. FSVM software which provides these calculations has been developed by the same research team. It can calculate the energy balance of conventional facades, ETICS and prototype of smart facades as well. This article presents ongoing research and results of the simulation of the heat flow of these three main facade systems throughout the year. Significant variables for facade heat flow calculations are weather and outdoor boundary conditions. They are used in this article as conditions for the Czech Republic which has a mild climate and four different seasons of the year.
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Sports and Relax Centre Velké Meziříčí
Hort, Tomáš ; Nováková, Eva (referee) ; Kolář, Radim (advisor)
The subject of this thesis is the newly built Sport-relax center in Velké Meziříčí. The built will have two above ground. On the first floor will be a reception with a café and fitness center. Part of the fitness center will be a spinning hall and a small exercise room on the mats. On the second floor will be a sauna center, massages and a center for physiotherapists and nutrition counseling. Individual operations in a multifunctional house are selected with respect to the location. The town of Velké Meziříčí has launched a competition for the construction of this area by a sports-cultural house. For this reason, these sites are located in the house.
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WINE HOUSE NIKOLSBURG MIKULOV
Valová, Markéta ; Velehradská, Dagmar (referee) ; Dýr, Petr (advisor)
The topic of this diploma thesis was to design a winery house in the open landscape in a traditional wine landscape of Mikulov. The designed building serves as a four stars hotel with apartment rooms, restaurant, wellness, wine shop and a small wine farm with a storage of wine. There are unique views to the Mikulov city, Turold hill and surounding vineyards. The longitudinal axe is oriented on northeast–southwest. Majority of rooms, terraces and both atriums are directed on prospective axes. The object has one basement and three groundfloors. It is (situated) into the sloping terrain and constrasts with the wavy landscape of Mikulov for its racional and linear conception. It is inspired by terracced formations in near suroundings and uses it for its mass as well. It creates a new landscape dominant that remainds the geological formation of limestone situated in the surroundings of the Mikulov city. The regular rhytm of windows on facade refers to the Mikulov´s renaissance. The regular placement of window openings, and their rhythm are inspirated by Mikulov renaissance. Smaller holes, glass surfaces, light color of facade, green roof and shielding elements prevent from overheating the object during the summer. The water element in the courtyard offers pleasant refreshment for the visitors.
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Residence
Tippelt, David ; Skřek, Daniel (referee) ; Bantová, Sylva (advisor)
The subject of this bachelor's thesis is the design and elaboration of project documentation for the new construction of the Rezidence apartment building. The proposed building is located in Brno, in the Slatina district, and is located on land that is protected by an agricultural land fund, so it will be necessary to remove it from the ZPF. This plot is not located in a flooded or mined area. It is a detached building, which has four floors above ground and one underground floor. In the new building there are 12 residential units of 3 + kk and 1 + kk. In the basement there is a cellar for each apartment. In the first half there is a bike shed / carriage house, a cleaning room and a workshop with a warehouse, in the second half there are two technical rooms and a warehouse. On the first floor there is an entrance to the building, a laundry room with a drying room, a gym for the inhabitants of the house and two 1 + kk apartment units. On the second and third floor 4 units of size 1 + kk and on the top floor 2 residential units of size 3 + kk. From the second floor, each apartment has a balcony. These apartments are designed primarily for students, couples, or even a starting family. Each floor is connected by a three-armed reinforced concrete staircase, which is complemented by an elevator. The house is based on reinforced concrete foundation strips in combination with lost formwork. The vertical load-bearing structures in the basement are made up of lost formwork, the load-bearing structures above the ground are made of ceramic blocks, which are insulated with a ventilated façade and equipped with a Bond SK1 façade sandwich cassette. The horizontal load-bearing structures form a semi-assembled Porotherm system. The whole building is covered by a single-skin vegetation-retention flat roof. The new apartment building is designed to be very economical.
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