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Dental clinic in Šlapanice
Špinar, Adam ; Sukop, Lukáš (referee) ; Ostrý, Milan (advisor)
The thesis focuses on the design of a dental clinic in Šlapanice. The thesis is structured into three parts.The frst part describes architectural and structural design of the two-storey building. The First oor includes a pharmacy, utility room, reception, waiting room and surgeries. The second oor contains additional surgeries and facilities for sta and patients. The structural system is transverse ceramic masonry. The building has a at biosolar roof and a ventilated façade with greenery on the west side. Foundation structures consists of reinforced concrete strips on drilled piles. The aim of second part is the design of building services, including air handling units with heat recovery, gas boiler heating and photovoltaic panels on the biosolar roof. The cooling is provided by a VRF system. The design of building services is presented in a global scheme. Based on this design and building physics calculations, the results are presented in an energy performance certifcate. In the third part, the issue of vertical green facades is investigated. Involves analyzing green facades' terminology and classifcation. The review is followed by experimental part presenting measurements of temperature and humidity on the KVOP building in Brno. The result of the measurements proves that the temperature on the green facade is up to 45 degrees lower than other elements of the facade during hot summer days. This fact confrms that the use of a green façade helps the surrounding climate as well as the heat load of the indoor environment. Thanks to the attached photo documentation of the green façade, we can follow the progress of plant growth in our geographical environment during the year.
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Multifunctional building
Fries, Tomáš ; Myslín, Jiří (referee) ; Maceková, Věra (advisor)
The subject of this thesis is to develop design documentation for the newly built multifunkcional building. The building is located in Slavkov u Brna. It is located on flat terrain. Building is partial basement with four floors. The new building is divided into a cafe, a dental clinic and 12 apartments. Masonry is made up of Porotherm system, ceiling structures are made of filigree plates. The building is covered saddle roof created by wood trusses. The project was developed in AutoCAD.
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Energy efficient building with a dental office
Vostal, Matěj ; Rubinová, Olga (referee) ; Blasinski, Petr (advisor)
The aim of my master’s project is to design a nearly zero-energy dental clinic. The whole thesis is divided into three parts. The first part aims to architectural and structural design of the building. The building is single storey. The exterior load-bearing walls are designed from ceramic blocks with thermal insulation, the roof is designed from cast-in-placed concrete roof slab and an extensive green roof. The foundations of the building are made of concrete strips. The dental clinic consists of six dental offices for dentists, two other offices, a waiting room for patients, a staff facility room, a utility rooms and public toilets. The second part aims to design the technical equipment of the building such as interior lighting with sunlight shading, rainwater usage for watering greenery and toilet flushing, photovoltaic panels, a heating pump for heating and cooling and air-condition system with heat recovery. The third part focuses on air-condition filters. I measure pressure losses and extraction efficiency.
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Multifunctional building
Fries, Tomáš ; Myslín, Jiří (referee) ; Maceková, Věra (advisor)
The subject of this thesis is to develop design documentation for the newly built multifunkcional building. The building is located in Slavkov u Brna. It is located on flat terrain. Building is partial basement with four floors. The new building is divided into a cafe, a dental clinic and 12 apartments. Masonry is made up of Porotherm system, ceiling structures are made of filigree plates. The building is covered saddle roof created by wood trusses. The project was developed in AutoCAD.
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