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Apartment building
Marcibányi, Slavomír ; Kozubíková, Ivana (referee) ; Matějka, Libor (advisor)
The bachelor's thesis deals with design of a new apartment building with nearly zero energy comsuption in the city of Trnava. Apartment building have 4 above ground floors, in which there are 14 housing units, the building has a basement. Whole building is connected by an elevator and two-arm staircase. In 1.S there is wellness zone with sauna for inhabitants, technical premises, engine room for ventilation system, carriage house, common room, cellars and room for a cleaning lady. On 1.NP floor besides storage room for the gardener there are housing units. On 2.NP and 4.NP there are housing units. In front of the building there are 16 designed parking spaces, of which 2 are for immobile. Building is based on foundation strips. The supporting system is wall-mounted. The ceiling and roof construction are formed by monolithic reinforced concrete ceiling. The Building is covered by a flat single-skin vegetation roof. Thermal insulation is solved by peripheral ceramic blocks POROTHERM filled with mineral wool.
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Mixed-use building in the Slavkov complex
Milota, Martin ; Krupica, Roman (referee) ; Jelínek, Petr (advisor)
The building in a question is a new build mixed-use building. It is situated in industrial area of Slavkov u Brna and is intended for employees of this area. In the underground floor is situated collective garage for 18 personal automobiles. First floor is designed for retail sale. Specifically general store, boutique and cafe. In the second and third floor are accommodation units for area employees. Specifically 12 accommodation units. Building has a flat roof with asphalt strip coating. The load-bearing system of the building is designed as a reinforced concrete skeleton, THERM-type bricks are used for the construction while thermal comfort is achieved by a certified external thermal insulation composite system (ETICS) featuring façade polystyrene. There is parking space area in front of the building.
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Low-energy building of boarding house
Rainochová, Anna-Marie ; Rubinová, Olga (referee) ; Počinková, Marcela (advisor)
The aim of the master project is to design a building of an energy-efficient boarding house. It is a three-storey building made of sand-lime masonry with a combination of a saddle roof and a flat green roof. The capacity of the building is 20 visitors. The basement contains a small wellness centre, kitchen storage, general storage, and a utility room. The first floor contains main entrance, a canteen, staff premises, and an accessible guest room. The second floor contains 7 guest rooms and a cleaning room. The third floor contains a meeting room with a kitchenette and toilets, one guest room and entrance to the green roof terrace. Whole building is ventilated by four air conditioning units. The building is heated by floor heating and radiators supplied with a geothermal heat pump and solar thermal panels. Solar thermal panels were analysed.
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Object of civic amenities
Zachovalová, Jana ; Pilný, Ondřej (referee) ; Berková, Petra (advisor)
Submitted diploma thesis prepares project documentation for the construction of a hotel building with a restaurant, which is located in the central built-up area of the town called Letovice situated in the South Moravian region. The solved building is partially basement with three above-ground floors covered by a flat vegetation roof. The hotel is designed with 23 accommodation units with a total capacity for 52 persons (including 4 persons with reduced mobility on the 2nd floor) and a restaurant for 98 guests, a bathroom and a kitchen. Guest rooms are located in the 2nd and 3rd floors. There are representative areas of the hotel in the form of an entrance hall with reception, areas for hotel management and a restaurant with a kitchen including social facilities for employees on the groud floor. There is a technical background of the building and maintance working room in the basement. The building comlies the requirement for low-energy standard buildings by combining a quality construction solution with thermal insulation of the building cover and other technological solitions. The overall character of the building is underlined by its architectural design in the form of partial greening of the facade. This solution is combined with large glazed areas giving a feeling of spaciousness and evocative cleanliness to the building.
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Apartment building
Marcibányi, Slavomír ; Kozubíková, Ivana (referee) ; Matějka, Libor (advisor)
The bachelor's thesis deals with design of a new apartment building with nearly zero energy comsuption in the city of Trnava. Apartment building have 4 above ground floors, in which there are 14 housing units, the building has a basement. Whole building is connected by an elevator and two-arm staircase. In 1.S there is wellness zone with sauna for inhabitants, technical premises, engine room for ventilation system, carriage house, common room, cellars and room for a cleaning lady. On 1.NP floor besides storage room for the gardener there are housing units. On 2.NP and 4.NP there are housing units. In front of the building there are 16 designed parking spaces, of which 2 are for immobile. Building is based on foundation strips. The supporting system is wall-mounted. The ceiling and roof construction are formed by monolithic reinforced concrete ceiling. The Building is covered by a flat single-skin vegetation roof. Thermal insulation is solved by peripheral ceramic blocks POROTHERM filled with mineral wool.
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Mixed-use building in the Slavkov complex
Milota, Martin ; Krupica, Roman (referee) ; Jelínek, Petr (advisor)
The building in a question is a new build mixed-use building. It is situated in industrial area of Slavkov u Brna and is intended for employees of this area. In the underground floor is situated collective garage for 18 personal automobiles. First floor is designed for retail sale. Specifically general store, boutique and cafe. In the second and third floor are accommodation units for area employees. Specifically 12 accommodation units. Building has a flat roof with asphalt strip coating. The load-bearing system of the building is designed as a reinforced concrete skeleton, THERM-type bricks are used for the construction while thermal comfort is achieved by a certified external thermal insulation composite system (ETICS) featuring façade polystyrene. There is parking space area in front of the building.
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Object of civic amenities
Zachovalová, Jana ; Pilný, Ondřej (referee) ; Berková, Petra (advisor)
Submitted diploma thesis prepares project documentation for the construction of a hotel building with a restaurant, which is located in the central built-up area of the town called Letovice situated in the South Moravian region. The solved building is partially basement with three above-ground floors covered by a flat vegetation roof. The hotel is designed with 23 accommodation units with a total capacity for 52 persons (including 4 persons with reduced mobility on the 2nd floor) and a restaurant for 98 guests, a bathroom and a kitchen. Guest rooms are located in the 2nd and 3rd floors. There are representative areas of the hotel in the form of an entrance hall with reception, areas for hotel management and a restaurant with a kitchen including social facilities for employees on the groud floor. There is a technical background of the building and maintance working room in the basement. The building comlies the requirement for low-energy standard buildings by combining a quality construction solution with thermal insulation of the building cover and other technological solitions. The overall character of the building is underlined by its architectural design in the form of partial greening of the facade. This solution is combined with large glazed areas giving a feeling of spaciousness and evocative cleanliness to the building.
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Low-energy building of boarding house
Rainochová, Anna-Marie ; Rubinová, Olga (referee) ; Počinková, Marcela (advisor)
The aim of the master project is to design a building of an energy-efficient boarding house. It is a three-storey building made of sand-lime masonry with a combination of a saddle roof and a flat green roof. The capacity of the building is 20 visitors. The basement contains a small wellness centre, kitchen storage, general storage, and a utility room. The first floor contains main entrance, a canteen, staff premises, and an accessible guest room. The second floor contains 7 guest rooms and a cleaning room. The third floor contains a meeting room with a kitchenette and toilets, one guest room and entrance to the green roof terrace. Whole building is ventilated by four air conditioning units. The building is heated by floor heating and radiators supplied with a geothermal heat pump and solar thermal panels. Solar thermal panels were analysed.
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