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Reconstruction of a cinema building
Uhrinec, Marek ; Procházka, Martin (referee) ; Sobotka, Jindřich (advisor)
The diploma thesis is focused on a reconstruction of a cinema building in the town Gbely. It’s complete reconstruction of exterior and interior too. Original function, cinema, is change to sport and cultural centrum now. Object is consist of cafe, squash hall, climbing wall and sauna with rest room. Several thermal insulations are used to isolate object and satisfy a norm terms. The foundations are post insulated too. The interior is divided into functional spaces with Heluz system. New finishes in the object is created by brick paving, klinker, ceramic tiles and tiling. All windows and doors are replaced by new ones in the object. Sliding doors are used in interior for save space. The windows and doors are plastic between interior and exterior. All sanitations are replaced by new ones too. The reinforced concrete floor is used instead of lead bearing lintels. The wheelchair conditions are satisfied on ground floor.
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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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Multifunctional Building Brno - Mlýnská
Hrubý, Libor ; Matoušková, Ilona Kalivodová (referee) ; Kalousek, Lubor (advisor)
Diploma thesis deals with a new built multifunctional building in Brno on Mlynska street. The intention is to change of use of lucrative corner site brownfield. The new building has four aboveground floors and one underground floor. The ground floor will have small restaurant and two separated shopping units. The second floor is divided into three office spaces. The third and fourth floors are designed as flats of different categories. The underground floor will be used for storage spaces, boiler room with separate pellet storage and parking shaft system. Construction system is designed as a wall construction system made of sand-lime bricks. Ceiling constructions and staircases are designed as a cast-in-place concrete. The building is roofed with the flat green roofs and terrace, which will be used for relaxation of residents.
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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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Family house
Diatel, Bohumil ; Beranová, Iveta (referee) ; Matějka, Libor (advisor)
Topic of this bachelor thesis is project of family house in Bojkovice on Pitínská street. House is designed for four members family. The building has ground floor, first floor and basement with inbuilt garage and terrace. Vertical circumferential and supporting constructions are designed according to Porotherm system and are equipped by contact thermal insulation system. Horizontal constructions are also designed according to Porotherm system. Roof construction of the object is composed by two flat roofs. The object is settled into slightly sloping terrain. Drawings were worked out in software AutoCAD. The part of the project is a thermal technical analysis, acoustic and fire safety review.
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Apartment building
Kirová, Šárka ; Juráň, Vladimír (referee) ; Brukner, Bohuslav (advisor)
This bachelor's thesis deals with project documentation for the construction of an apartment house in Přelouč. The proposed building has four floors, no basement with 15 residential units, technical facilities and 14 individual garages. Vertical load-bearing and non-load-bearing structures are designed from Porotherm ceramic blocks. The perimeter masonry is contact insulated with facade expanded polystyrene and plastered with a thin layer of gray and white plaster. The fillings of the openings are plastic windows, including plastic entrance doors with a side skylight. Horizontal structures form monolithic reinforced concrete slabs reinforced unidirectionally or in both directions. The roof of the building consists of a flat roof with a vegetation layer. The apartment building is based on simple concrete foundation strips. The building is designed regarding the existing surrounding housing development. Part of the bachelor's thesis is also a basic assessment in terms of building physics and fire safety solutions.
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Kindergarten FUTURUM
Lišuchová, Želmíra ; Erben, Adam (referee) ; Pavlovský, Tomáš (advisor) ; Kolář, Radim (advisor)
The topic of this bachelor´s thesis is design of a newly-built kindergarten FUTURUM based on architectural study made in my 5th term of bachelor´s study in the subject AG034 Architectural Design Studio 4 – Interior and Architectural Space. The project consists of construction study and realisation documentation. Two-storey kindergarten with 2 classrooms is situated in quarter Brno-Stránice near Brno city centre. The building is a part of complex of Christian grammar and primary school “Cyrilometodějské gymnázium a ZŠ“. The idea of project is to use local materials and renewable energy sources; local construction companies to be involved in realisation, to make a comfortable architectural space for education and self-development of new generation and encourage them to overcome fears, defy limitations and start thinking creatively. In symbols, it reacts to the influence of pandemic and hectic lifestyle on children´s psyche and sketches guidance to life with God in accordance with Christian values and ethic at this kindergarten. The newly-built object is located in the middle flat part of a plot, southwestern and northeastern part is sloped. It is block-shaped with lateral axis parallel with street Havlíčkova. There is a block cut out of the main block in eastern upper edge (terrace) and in the southern lower part (recessed entrance). The main entrance to a cantilever in the 2nd floor is from Havlíčkova Street over the footbridge on subtle columns. There are offices of director, teachers, isolation occasionally used for speech therapy, terrace, play room, sleeping room, locker room and washroom. On the 1st floor, there is another play room with facilities, technical and other facilities. Food will be cooked and delivered from school kitchen. Entrance from school grounds is nearby. Bidirectional wall slab structural system is made of cast-in-place reinforced concrete. Foundations too due to low load-bearing capacity of subsoil. Flat green roof has an internal drain.
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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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Residence Dlouha - Building Contruction Project
Teplý, Tomáš ; Nečasová, Barbora (referee) ; Liška, Pavel (advisor)
The subject of this diploma thesis is the building construction project of Residence Dlouha in Olomouc. It is an apartment building with two to four floors and a basement with garages. The diploma thesis contains a time and finance schedule, a site equipment project and technological procedure of a cast-in-place reinforced concrete floor and a green roof including a quality control. Moreover, a set of machines, usage options of a tower crane or a mobile crane and usage options of a mobile pump or a concrete container have been processed for this building. During the building process it is cared about work safety and environment protection.
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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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