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BUT Technology Transfer Center
Landová, Michaela ; Suchánek, Petr (referee) ; Nový, Alois (advisor)
The topic of the bachelor's thesis is the design of an industrial building - VUT Technology Transfer Center. The work is based on a previously developed architectural study from subject AG034. The proposed plot of land is located in the Brno-Královo Pole district, specifically at the Technology Park area, near Palackého vrch. This is an undeveloped plot of land that has a very specific terrain relief. The proposed industrial area is located on the eastern edge of the plot, to enable the possible further use of the rest of the plot. The technology transfer center should primarily serve as a testing and verification center for workers and students of BUT in Brno. The campus is divided into three main parts. The first part is the entrance building where the administrative part and laboratory area are located. The second part consists of an open three-story parking lot with a technical part. Both of these buildings are accessible from Kolejní street. The last part of the area consists of production (testing) halls. Six of these rentable halls are designed in the project, and each hall has its own sanitary facilities and office space. The entrance to the plot for supply is proposed from Technická Street. A new road is created here, which ends with a roundabout. The production halls are designed in such a way that they are illuminated as much as possible. That's why a lightweight profiled cladding was used for the exterior cladding. Extensive green roofs with the possibility of placing photovoltaic panels are designed on all buildings. Green roofs should look natural and connect the building with the surroundings. The entire campus is designed in such a way that there are clearly separated functions and operations of individual objects.
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Vliv vlhkosti na pevnost lepeného spoje při olepení bočních ploch dílců koupelnového nábytku
Landová, Michaela
This thesis is focused on the effect of glue to bonding strength at DTD-L and ABS edge for increased moisture and heat interaction. This problems is concerned not only furniture, which is located in rooms with increased moisture, as are bathrooms and kitchens, but also furniture, which is exposed to these conditions in logistics during transport, storage etc. In this regard selection of right glue has a great impact on produce quality. This work is divided into two parts, theoretical and practical. There is description of methodology and formal view of problematics in the theoretical part. Experimental measurement of temperature and moisture conditions in interior and exterior are introduced in the practical part. Surface material DTD-L was used in practical part, when was tested strength of glued joints with using PUR adhesive. The samples were burden with increased moisture 90 % and 70 % and with temperatures from 25 ° C to 80 ° C. Subsequently was tested strength of gluent joints with using method of angle pressure shear angle-wise 45 ° and a peeling method angle-wise 90 °. The results were processed, analyzed and evaluated.
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Snoezelen - bezpečný prostor v hektickém světě
Landová, Michaela
This bachelor's thesis is specialized to Snoezelen and its opportunities of use for clients with physical disabilities in terms of facilities these spaces. This thesis is dividend into two parts, a theoretical and a practical. The theoretical part describes the history, objectives Snoezelen, ergonomics, safety and hygiene of furniture. Next, there are kinds of Snoezelens and list of basic tools that can be used there and the influence on the psyche. In the practical part, there are descriptions of two Snoezelens rooms in the social care organizations and it is the practical part is devoted to a questionnaire surfy of clients under going therapy in Snoezelens rooms and interior design in the form of visualization.
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