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Swimming pool with gym
Danielová, Petra ; Třeštíková, Jana (referee) ; Berková, Petra (advisor)
The subject of the project is new building of indoor swimming pool with gym with dimensions of 63,2x32,4 m and guest capacity of approximately 250 000 people per year. The project is located in Valašské Klobouky (parc.č. 2210/1, 2200/11, 2203, 2194, 2210 / 3, 2210/35 in the cadastral area of Valašské Klobouky) owned by the city Valašské Klobouky. In the neighborhood, there is took place building of primary schools, kindergartens, health centers and boarding house for seniors. Location of buildings on the property (built-up area of approximately 1934 square meters) is based on the requirement to continoue to the existing complex of objects with maximaly utilization of space and orientation to the quarters. The building is divided into two parts by volume. From an operational point of view is divided into three functionally different parts ie. A cafe, gym and indoor pool. The parts are divided by materials. Café, entry and operational facility is from supporting skeleton system, which is equipped with a facade of cladding panels in a uniform grid in combination with glass facade. The supporting part of the hall with pools and gym is consisted of laminated wooden trusses, which hold up the roof and cladding with sheeting of TiZN. Southwest facade of pool hall, toward to the health center, is fully glazed. Glazed stripes are also between individual segments of glulam wooden trusses of hall and ensures even natural lighting of the hall.
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Residential building in Prostějov
Vykopal, Jan ; Mizerová,, Lenka Smolková (referee) ; Smolka, Radim (advisor)
This thesis summarizes a project of new residential building in Prostejov. The goal of the thesis was to create documentation for the project´s design and implementation. The building consists of four floors above the ground, two underground floors and a flat roof. The building is rectangular shaped with a rebound of 4th floor above the ground. The structural system of the building is monolitic reinforced concrete system, with combined system in 4th floor. The thesis includes the preparatory and study reports, architectural and construction solutions, fire-safety of building and equipment solutions.
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Multi-functional Building
Nguyen Huu, Thin ; Sláma, Ludvík (referee) ; Mohelníková, Jitka (advisor)
Master thesis is composed from project documentation of Multi-functional building. The object has one basement floor and four floor. The building has flat roof and come up to height 16,65m. The structural system is designed from reinforced concrete skeleton. The building has two main parts. The first is commercial space, which is located on first floor and basement. The second part is used for living. The building has 12 apartments.
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AUTOCENTRUM VW GROUP MIKULOV
Matoušková, Anna Marie ; Hudeček, Vladimír (referee) ; Dýr, Petr (advisor) ; Bečkovská, Tereza (advisor)
The bachelor's thesis is based on a previously prepared study of the Volkswagen Group Autocentre in the subject AG033 and expands it with DSP and DPS documentation. Proposed building is located on the outskirts of Mikulov. Solved area is surrounded by the field from one side and by the production and agricultural industries from the others. The land is located between Jiráskova and Republikánské obrany streets. New building was adapted in response to the sloping trapezoidal land so it was led parallel to the angle of the land. Car center is divided into three main units, interconnected to each other to maintain traffic between different parts of the object. The main part is made up of showroom, where new cars of four associated brands belonging to Volkswagen Group are presented. This part is also used for the sale of cars and the administration on the second floor. The third part of the building, which is provided to the warehouse, was inserted into the sloping part of the shoowroom and thus creates mass gradation of entire building. The warehouse is connected to sales point of spare parts and service where car repairs take place. In the service was designed background for mechanics, which includes changing rooms with sanitary facilities, living room and a technical room for the entire building. Parts of the car center are non-basement and single-storey except for offices in the shoowroom. The construction system is the same for all units. It is a ferroconcrete skeletal system with longitudinal trusses. The reinforcement was achieved by a rigid ceiling slab, which consists of a trapezoidal sheet metal with a concrete slab. Reinforcement is ensured by a reinforced concrete wall core. The building transfers the load to the reinforced concrete footings, which are interconnected by concrete strips in combination with drilled piles. Other vertical structures were created a glass facade system, Kingspan panels and plasterboard partitions in the interior. The horizont
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Multifunctional Building Křenová
Uhrová, Veronika ; Drobníček, Ladislav (referee) ; Menšíková, Naděžda (advisor) ; Hradil, Dušan (advisor)
The polyfunctional building is designed on a corner plot which original use was as a parking area among Streets Křenová, Vlhká, Skořepka and planned city avenue. This proposal is based on the idea of two main functions, two different designs of buildings – housing, administration. The intended object would interconnect in the middle and thereby create a coherent entity. On the south side near Křenová Street, there is building with administrative and cultural functions located, thus creating sound barrier for the inner courtyard. In the second follow-up residential wing on the upper floors there are premises designated for residential units of various sizes and types, in lower floors premises for services. In the connecting part of these two buildings there are maisonettes and places for rent with wide use. The three floor underground garages, that meet demanded capacity, are designed under this plot.
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Biathlon Complex Facilities
Minářová, Klára ; Juračková, Edita (referee) ; Králová, Zuzana (advisor)
The subject of the thesis is processing of project documentation for the new building of biathlon bleachers and sport facilities. The compound is located in the town of Staré Město pod Landštejnem, situated on a plot of land no.1818/6. The building is detached, designed partly as a double-deck and in the remaining part as four-storey. The supporting structure is designed as a solid reinforced concrete prefabricated skeletal system, supplemented by filling brick blocks. The compound is based on foundation plinths and the bleachers on foundations. The ceiling construction is made up of POD ceramic panels. The roof is designed as a single skin flat roof with the powder of washed river stone, and the roof above the duplex part is designed as a walkable roof with a wear layer of paving on supports. The project was prepared using a computer program AutoCAD. When processing, the emphasis was placed on the correct layout design, architectural design, static requirements and the safe use of the building.
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Gmont Cable Brno
Valešová, Kateřina ; Vostrejž, Dušan (referee) ; Boleslavská, Yvona (advisor)
Bachelor's thesis dealing with new building of factory the GMONT CABLE. Earlier study in the subject AG33 gave form to the following bachelor´s thesis which further develops the study into level of Building permission design and Documentation for execution of the project. The proposed building is located in Brno in the Slatina district at Tuřanka 115. The plot is located on relatively flat terrain, on the south-eastern side there is a gradual change in elevation by 3 meters. There is a terrain break on the northeastern boundary of the site with an elevation change of 3 metres as well. The elevation of the site is around 234.7 m above sea level. Only the northwestern part of the site has been used for the proposed development, the remaining part of the site is earmarked for further potential development. The property consists of a two-storey office building, two production halls and a warehouse area. The whole building is unbasement. The entire building is designed as a skeleton, the administrative part is reinforced concrete, and the production halls and warehouse are steel. The administrative part is based on reinforced concrete footings. The administrative section is approximately L-shaped and is located at the front of the property. The ceilings of the administrative section are executed in front of the facade. The large windows located on the façade are screened by wooden slats. The façade is plastered with white paint. The production halls and the warehouse are clad with white façade panels and the joints of these panels are covered with wooden elements.
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VUT Technology Transfer Center
Walková, Michaela ; Bílek, Zdeněk (referee) ; Dýr, Petr (advisor)
The bachelor´s thesis is based on the subject AG035, in which a study on the topic of the VUT TECHNOLOGY TRANSFER CENTER was carried out. In this thesis, the already mentioned study is expanded to include documentation of DSP and DPS. The proposed new construction is located in Brno in the Královo Pole district adjacent to Technická and Kolejní streets and is situated within the Pod Paláckého Vrchem campus of BUT. Concerned area is surrounded by a garden settlement on the north-west side, and other surrounding housing development consists of the structures of the aforementioned campus. The assignment was to create a center in which flexible rentable production cells and laboratories would be located. The “shell and core” principle is recommended, i.e. equipping structures with a basic service core, while additional equipment should be easily replenishable according to the needs of the particular user. It will be a testing and verification center that would be funded by the EU resources. Administration part is also on the premises. With its mass, the building resembles the letter U, which creates a yard for supplying individual cells. The supporting system is a ferroconcrete skeletal system and the building is covered with a flat vegetated roof over the administration and a flat roof with installed solar panels over the production cells. The proposed buildings seem fully integral, but at the same time it is still notionally divided into individual functional units.
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Fire station in Žamberk
Daníček, Michal ; Ešpandr, Jan (referee) ; Bantová, Sylva (advisor)
The subject of this diploma thesis is the design of the new building of the fire station in Žamberk. The building plot is located on the northwestern outskirts of the city of Žamberk in the street Čs. armády. The fire station building is free-standing and contains two above-ground floors and a tower for drying hoses. On the first above-ground floor, there is a garage for emergency vehicles and associated areas such as a wash box, a technical room with a backup source of electricity, a cloakroom with emergency clothing and washing facilities, fuel storage, a warehouse, a building maintenance workshop, a machine service workshop, sanitary facilities, hose drying and a corridor with a staircase to the second above-ground floor. On this floor, there is an administrative part, a dirty and clean changing room, hygiene facilities, rooms for day and night emergency, a slide to the ground floor, and a room for physical training of fire station workers. The building has a simple shape of two rectangles locked into each other with a distinctive square tower. The object is based on foundation footings and belts. The vertical support system of the above-ground floor is a prefabricated reinforced concrete frame with infill masonry made of ceramic blocks. Horizontal load-bearing ceiling structures are reinforced concrete prefabricated beams with pre-stressed ceiling cavity panels. The roof structure is designed as a single-skin flat roof weighed down by a layer of washed river aggregate.
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AUTOCENTRUM VW GROUP MIKULOV
Matoušková, Anna Marie ; Hudeček, Vladimír (referee) ; Dýr, Petr (advisor) ; Bečkovská, Tereza (advisor)
The bachelor's thesis is based on a previously prepared study of the Volkswagen Group Autocentre in the subject AG033 and expands it with DSP and DPS documentation. Proposed building is located on the outskirts of Mikulov. Solved area is surrounded by the field from one side and by the production and agricultural industries from the others. The land is located between Jiráskova and Republikánské obrany streets. New building was adapted in response to the sloping trapezoidal land so it was led parallel to the angle of the land. Car center is divided into three main units, interconnected to each other to maintain traffic between different parts of the object. The main part is made up of showroom, where new cars of four associated brands belonging to Volkswagen Group are presented. This part is also used for the sale of cars and the administration on the second floor. The third part of the building, which is provided to the warehouse, was inserted into the sloping part of the shoowroom and thus creates mass gradation of entire building. The warehouse is connected to sales point of spare parts and service where car repairs take place. In the service was designed background for mechanics, which includes changing rooms with sanitary facilities, living room and a technical room for the entire building. Parts of the car center are non-basement and single-storey except for offices in the shoowroom. The construction system is the same for all units. It is a ferroconcrete skeletal system with longitudinal trusses. The reinforcement was achieved by a rigid ceiling slab, which consists of a trapezoidal sheet metal with a concrete slab. Reinforcement is ensured by a reinforced concrete wall core. The building transfers the load to the reinforced concrete footings, which are interconnected by concrete strips in combination with drilled piles. Other vertical structures were created a glass facade system, Kingspan panels and plasterboard partitions in the interior. The horizont
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