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BUT Technology Transfer Center
Matoušková, Inka ; Štikar, Jaroslav (referee) ; Nový, Alois (advisor) ; Donaťáková, Dagmar (advisor)
The theme of the bachelor thesis is the development of pre-designed architectural study to the project documentation including architectural and technical detail. The subject of my bachelor’s thesis, is a lately constructed building of Brno University of Technology Technology Transfer Center in the city of Brno - Kralovo pole, in the street Kolejní within University Campus VUT Pod Palackého vrchem. I tis the study of industrial building and the solutions of the surrounding landscape in terms of supplying and pedestrian access. Technology transfer centre is bi-directional transfer of know-how between scientific research and the commercial sector. It is the mediation of new technologies, knowledge and research results.
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Gmont Cable Brno
Rampáčková, Monika ; Suchánek,, Petr (referee) ; Nový, Alois (advisor) ; Brzoň, Roman (advisor)
The content of the bachelor thesis was elaborated follow-up levels of project documentation for studying the new building Gmont cable in Brno, which I designed for subject AG032. The proposed building is located in the city of Brno - Cernovice. Building is near by many types of services, especially industrial factories. The building is mostly one – storey or two – storey. Newly built plant of Gmont s.r.o. will be one-storey, focused on the manufacture of cables and the assembly of cable harnesses, cables and wires. There is an administrative part in the building providing the organization of the company. The main idea was to fit the object appropriately into the surrounding environment using a minimalist style. Compositionally mass consist of 3 volumes, which together form the final shape of the building and diagonally follow adjacent communications. Atrium is inserted into the center of the building. An important element that gave the construction a characteristic expression was the use without a maintenance facade. The direct light coming into the building is scattered through perforated sheet metal, creating an interesting game of light and shade in the interiors. In the main production, light is brought to the object by saw blades oriented northwards. The construction technical site is designed with prefabricated reinforced concrete prefabricated structural skeletal system and the dry construction process prevails.
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Industrial Park with Aministration Building
Krupa, Jakub ; Dohnal, Jakub (referee) ; Pěnčík, Jan (advisor)
This master thesis focuses on the design and elaboration of project documentation for the purpose of constructing Industrial park with administration building consisting of two parts, SO 01 – Administration building and SO 02 – Industrial building. The two objects are situated on the plot No. 715/1, in the cadastre unit Vrbno pod Pradědem located on an undeveloped land of the investor. The exit from the parking lot connects to the local traffic infrastructure. Public infrastructure leads in proximity to the land. The design of the construction respects local zoning plan. Project documentation was made in compliance with up-to-date requirements according to valid standards and regulations. The building is functionally divided into two objects, SO 01 and SO 02, which are operationally and structurally connected. Constructions of both objects are statically independent. The object SO 01, partially accessible to the public, is used for administrative tasks and staff facilities. Also, there is a sample room available to the public, gatehouse and warehouses. The object SO 02 is purposed for the production of plastic windows and solar panels. It mainly consists of areas used for production, but there is also an office for the master, a machine room for heating, ventilating and air conditioning (HVAC) and staff facilities. The object SO 01 is designed from a wall structural system from clay masonry, clay ceilings, strip foundation and a flat roof. The object SO 02 is designed as a full-metal prefabricated object with a saddle roof and foundation pads. The construction system of this object consists of steel columns. Plan dimensions of SO 01 are 25x14 metres. Building envelope is made from clay blocks, 440 mm in width, filled with mineral wool. Plan dimensions of SO 02 are 66,9x22,9 metres. Object’s curtain walling is made from prefabricated sandwich panels containing a core from PUR material.
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Industrial Building
Tretyakov, Alexey ; Mládek, Jan (referee) ; Brukner, Bohuslav (advisor)
In this thesis is solved detail design of industrial building. It is a new storage hall and connected to it the two-story office building. Building is located in the production area of factory, on the cadastral area Holice u Olomouce. The purpose of the building is storage and expedition of the products. In areas of an office building is located facilities for staff of hall and office workspace. Handling products in the hall will be performed by a forklift. The building is designed for a capacity of 15 employees. The office building has a load bearing structural system. Walls and ceiling structures are made up of panels of filigree. Foundations, including flooring of the first floor, are constructed from waterproof concrete. The office building is roofed by flat roof. The main supporting structure of the storage hall is designed as precast reinforced concrete frame. Cladding consists of insulating panels. Like in the office building, the hall is roofed by flat roof. Due to anticipate of the differential settlement of the office building and the storage hall parts are separated by a dilatation joint.
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AUTOCENTRUM VW GROUP MIKULOV
Běhůnek, Ondřej ; Hudeček, Vladimír (referee) ; Dýr, Petr (advisor) ; Kacálek, Petr (advisor)
The subject of the bachelor's thesis is the elaboration of project for the building permit and for the construction of the VW Car Centre in Mikulov. The documentation follows the study maked during the summer semester of the academic year 2019/2020, within the AG033. The aim of the study was to develop an available, functional, and architectural solution. The bachelor's thesis elaborates this study in detail. The building site is in South Moravia, on the northwestern edge of Mikulov in the former collective farm. The building is connected to the local road by Jiráskova Street, two entrances, connected by an asphalt road around the building. Around road, there are parking areas for visitors and employees, as well as parking areas for serviced vehicles and vehicles intended for sale. The building is divided into several functional units, especially the sale of new cars, with administrative, sale of spare parts with a handy warehouse and authorized service, with facilities for employees and a spare parts warehouse. These units are reflected in structure, consisting of three blocks, different in height, adapted to the requirements for traffic height. In the first, one-floor block, there is a car shop, in the middle, two-floor block, storage and sale of spare parts on the ground floor, the administrative on the second floor. In the third block is the service. The parts are interconnected and thus form one continuous object. From an architectural point of view, the building is based on the surrounding industrial buildings and is flattened with a titanium-zinc overhanging perforated shell. The sun exposure of the building is ensured by curtain walls on the sides of the building, on the second floor by windows. Furthermore, the building is illuminated by skylights. In the interior of the sales and administrative part, there is a dominant steel console staircase, connecting these two units. The building is designed to the principles of barrier-free use.
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Conversion of Bata manufacturing buildings
Németh, Ondřej ; Myslín,, Jiří (referee) ; Dýr, Petr (advisor) ; Petříček, Tomáš (advisor)
The Bachelor's thesis is based on an architectural study which was done in the winter semester of the 4th year of my bachelor's studies. The aim was to propose an alternative option to use two former industrial buildings number 24 and 25 destined for demolition. This thesis focuses only on the conversion of the building no.24. The main idea of this work is to create objects for small and medium businesses in the center of the former factory complex Baťa company. Even though the area is dilapidated, still has its urban and architectural quality and the huge potential for new uses. This conversion would object as part of this unique complex preserve while there brought activities creating new jobs, does not burden public resources.
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Precast concrete structure of production hall
Hradský, Richard ; Kostiha, Vojtěch (referee) ; Girgle, František (advisor)
The main part is design and calculation of the transversal frame of industrial building consisting of those parts (girder, column, foundation pad). Computational software SCIA ENGINEER is used for design, calculation and drawing of those forces, moments and stress of elements. The verify of the results and their accuracy is applied handdone static calculation of forces, moments and stress. The drawings of those elemenst will be producted by Computational and drawing software ArchiCAD.
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Arvin Meritor Factory Brno
Sergeeva, Anna ; Štikar, Jaroslav (referee) ; Nový, Alois (advisor) ; Matějka, Libor (advisor)
This bachelor's thesis discusses a solution of the new-build factory Arvin Meritor in Brno, where the neglected area of the former junkyard (registered as a brownfield number 1904) in Maloměřicí between Borky and Slaměníková streets is used. Determinating the area the transverse substance has been formed perpendicular to the surrounding embankments for minimum usage of the land and the maximum variability of the completion in the future. The basic shape of the building comes from the reciprocal displacement of the production lines and their connection to the glass corridors shaping the main production part. This principle gives an interesting altitude difference, also allowing the possibility of adding further units such as auxiliary factory operations and the input unit. These features are layered in a way to make the solution as flexible and universal as possible. The "input unit" is the dominant feature of the whole building, for that, a glass facade is used to create sufficient lighting for the administration. There is a construction with red facade lamellae mounted in front of the glass facade, which is used for highlighting and shading. Copilit and sandwich panels are used on the longitudinal facade of the production part, while strip windows are pulled through the entire length and create a contact of workers with the environment. Other parts of the building used tin sandwich grey shade panels, while the roof used sawtooth skylights turned to the northeast with 45 degrees angle corresponds to the building. Finally, a suggestion of backbone traffic is also discussed in this thesis in details.
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Steel structures of boiler and engine rooms
Krompolc, František ; Melcher, Jindřich (referee) ; Karmazínová, Marcela (advisor)
A steel construction, divided into two parts, was designed for the building object of a production block of a bio power plant. The two parts separate the boiler room and the engine room. Due to the specific load caused by the operation equipment, also several plateaus, consoles, footbridges and technological constructions were designed. A system of principal pillars HEB, transversely frame-connected with plane solid girders IPE, forms the hall construction. Pillars in rows 1 and 4 are rigidly jointed to foundations. A bearing structure of the roof deck is imposed on the girders. It is composed of a system of purlins – rolled profiles type UPE. The rigidity of the roof is secured by horizontal bracing between the purlins. The construction of the boiler room is attached to the construction of the engine room, which is formed of frame-connected principal pillars HEB in rows 4,7 and 8. The roof truss IPE is designed for 12 900 mm span between rows 4 and 7 and for 4 800 mm between rows 7 and 8. The spatial rigidity of the structure is not only secured by the rigid connection of pillars and foundation combined with the frame-connected roof rungs. It is mainly maintained thanks to the system of vertical wall bracings interacting with the horizontal bracing of the roof. Between the pillar rows B, C, D, E, F and G and 8 to 9 a construction of a substation is attached. In the engine room is situated technological structure. The construction is formed by supporting frames consisting of pillars type HEA, rungs type IPE and HEA and vertical bracing of rolled profiles. Pillars type HEA are connected to foundation using articulated connection. The rigidity of the structure is secured both ways by vertical bracing and by the connection of the plateau beams with the hall girders.
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Technology transfer center
Krejčířová, Zuzana ; Suchánek,, Petr (referee) ; Nový, Alois (advisor) ; Donaťáková, Dagmar (advisor)
The theme of the bachelor thesis is the development of pre-designed architectural study to the project documentation including architectural and technical detail. By entering the study was to create a building Technology transfer centre of Brno University of technology, neighborhood Královo Pole. Technology transfer centre is bi-directional transfer of know-how between scientific research and the commercial sector. It is the mediation of new technologies, knowledge and research results. It is leaseable object that is located in the Brno Technology Park and consists of three parts. Administration, laboratories and production halls. The concept is a modular system in a raster 6x6x6 m, functional space structure, which is filled with the above-mentioned functions. The building is visually and functionally divided into two parts. The front part of the object consists of a module that it is divided into two storeys and thus form a rectangular grid, dimensionally more human scale. It is filled with administration and laboratories. The second part is the actual production halls left in the original cubic module.
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