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Viticulture
Trachtulcová, Zuzana ; Bartolšic, Vít (referee) ; Matějka, Libor (advisor)
The subject of the thesis is an object of a new building winery, which is situated in the village Polešovice in region of Zlín. The object incorporate manufacturing part, accommodation part, social part and administrative part. The object is detached building with two above-ground floors and one underground floor. On the underground floor there are technical facilities, production of wine and stock for 60 000 litres of wine. On the ground floor there is a central part, where is a room for degustation. Next to this room there is a bar and kitchen. There are 10 rooms with capacity for 20 people. On the first floor there is a laboratory, rest room for staff, archive and office. In front of the building there is a park for 13 vehicles. The building was designed as a brick building with vertical structures designed from a structural system POROTHERM and concrete shaped bricks POSTA. There is a part of building with flat roof with vegetation and part of building with flat roof walkway and the highest part is covered with girder.
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Production buildings, Production of aquariums in Brno
Chytilová, Markéta ; Maar, Radek (referee) ; Boleslavská, Yvona (advisor) ; Bečkovský, David (advisor)
To commence, the main theme of this paper was to design a newly built manufacture of the Aquarium Pavlica Company. This business is specialized in the production of aquariums, which are designed for the interiors of homes and general public buildings. The main foundation for the project is an architectural study paper which was done in modules AG035 - Architectonics Studio and AG036 - The Complex Project. The design of the object is situated in a slightly slopping land in Brno, Horní Heršpice, Sokolova Street. Currently, the land is registered as a brownfield by Brno City Municipality. There is one small building on the land, which is planned to be demolished. The entrance to the site is located to the North Side - from the main road. In addition to this, the entrance is barrier free and easy to access. The front side of the designed object is parallel with the road on Sokolova Street. The main requirement was to create a convenient setting for the manufacture along with the social administrative facilities. As well as that, the requirement was to create space for a permanent exposition. The designed manufacturing object is divided into numerous separate parts. The building consists of an entryway, permanent exhibition, convenient facilities for visitors as well as facilities for the employees, which are all located on the first floor. The administrative section of the building is located on the second floor, along with the offices and a terrace. The two floors are connected by a stairway and an elevator that is barrier free. The manufacturing part of the building consists of two separate units. Firstly, it is the hall for the manufacture of the aquariums, which is equipped with a crane rail. Secondly, it is the carpentry. The flat green roofs will cover the whole building. In addition, the two floor part of the building is designed with a white fasade, and the manufacturing part of the building is designed with facade in a tone of gray. Additionally, large
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Technology of production spare part
Přivřel, Václav ; Kolář, Ladislav (referee) ; Osička, Karel (advisor)
This bachelor thesis describes the design and manufacture of spare part „a ratchet wheel“ for piece production. Thesis contains analysis of technogical original part, construction design of spare part and machining methods for its production, technological process of production and experimental verification of the production of 3 pieces on conventional machine tools.
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Winery Lahofer Dobšice
Javorský, Tomáš ; Myslín,, Jiří (referee) ; Dýr, Petr (advisor) ; Kalousek, Miloš (advisor)
The goal of this work is to make a project of a new constructed winery building for the Lahofer Company in the village of Dobšice u Znojma. I have completed a study on this topic in the AG34 subject, which is extended by documentation for building permit and documentation for carving out the construction. The downhill land is located on the south slope of the current vineyards in approximately trapezoid shape. The instructions for the assignment including the manufacture part of the building with yearly output of 1,000,000 bottles a year, which is accompanied by a part of the building that serves as administrative as well as public space of the company that is followed by restaurant and accommodation facilities significantly influenced the entire construction project of the building. The main idea of the project is to create a compact monoblock, which is along its length separated onto a manufacturing part facing the street and the administrative part that is facing the wine yards and the entire manufacturing part of the building that is located along the entire length of the tract. Second floor of the building is extended out of the main volume. This extension created a terrace above wine yards along the entire length of the building, which also serves as a covered parking space for motor vehicles. The mass of the manufacture part of the building has been segmented into 9 gradually deforming gabled roofs with illuminated top parts of the roofs that directly follow to flat roof of the non-manufacturing part of the building. This way I have created a motive of traditional gabled roofs followed up by the wine cellars that is typical for South Moravia. An outside staircase from perforated sheet of tin completed the mass of the object with motives characteristic to the traditional folk costume. The staircase and the other metal parts are in contrast to the wooden parts of the building in the utility part of the building and in the durable concrete facade of the object.
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The production process optimizing using methods of industrial engineering
Schnederle, Petr ; Vychroň, Aleš (referee) ; Stejskal, Petr (advisor)
The thesis developed in the field of study Electrical Manufacturing and Management is aimed at optimizing and streamlining of production plastics vacuum forming plastics technology rolled in a particular company. The theoretical part focused on the description of the principles of industrial engineering and survey methods that are fundamentals of lean manufacturing or the Toyota production system. The larger part is devoted to methods of 5S and SMED. The practical part of the optimization steps are designed to ensure increased production, balanced production and increase quality, which are based primarily on methods of 5S and SMED. To complement the work given the changes in production processes resulting from other methods of industrial engineering. Several proposals have been practically applied in the production are assessed and their benefits.
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Effect of water-lime ratio on the properties of lime mortars.
Kurfürstová, Nela ; Vyšvařil, Martin (referee) ; Rovnaníková, Pavla (advisor)
Diploma thesis gives a brief description of the traditional technology of preparation of lime mortars for restoration of historical buildings. The theoretical part is focused on the preparation of lime mortars traditional methods, using appropriate materials for making and influence amount of water. Attention is also paid to the events that take place in the setting and hardening of lime mortar. In the experimental part of the research was conducted, which aimed to assess the influence of water-cement ratio and mixing ratio (binder to filler) on the properties of lime mortars. At various times were measured mechanical properties, density, shrinkage, frost resistance and porosity. The mortar was also carried out thermal analysis and found to contain calcium carbonate. Acquired knowledge could help in the reconstruction of historical buildings.
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