National Repository of Grey Literature 2 records found  Search took 0.01 seconds. 
Multifunctional House Brno - Holásky
Vondráček, Petr ; Procházka, Jiří (referee) ; Sobotka, Jindřich (advisor)
This diploma thesis deals with design of new building multifunctional house in southeastern outskirts of Brno in urban district Holásky. The three-storey building combines purpose of permanent housing, stomatology center and pharmacy. Business premises and technical facilities are located on the ground floor. Overall twelve dwelling units with layout design as one-bedroom flat and two-bedroom flat are placed on above-ground floors. Designed building has rectangular trapezoid shape and copies triangle shape of flat building plot. Parking spaces are perpendicular to adjacent access road. External walls are made of 500 mm thick Porotherm hollow clay blocks with inserted mineral insulation. Ceiling structure is designed as reinforced concrete slab, which is divided into set of smaller two way slabs. Building is roofed with flat roof, on it are placed solar collectors used for water heating and reducing operating costs. Effective management of rainwater which is collected and reused helps decrease environmental impact of building. Total energy consumption of the building is reduced by building compactness. Thesis contains project documentation for the construction.
Multifunctional House Brno - Holásky
Vondráček, Petr ; Procházka, Jiří (referee) ; Sobotka, Jindřich (advisor)
This diploma thesis deals with design of new building multifunctional house in southeastern outskirts of Brno in urban district Holásky. The three-storey building combines purpose of permanent housing, stomatology center and pharmacy. Business premises and technical facilities are located on the ground floor. Overall twelve dwelling units with layout design as one-bedroom flat and two-bedroom flat are placed on above-ground floors. Designed building has rectangular trapezoid shape and copies triangle shape of flat building plot. Parking spaces are perpendicular to adjacent access road. External walls are made of 500 mm thick Porotherm hollow clay blocks with inserted mineral insulation. Ceiling structure is designed as reinforced concrete slab, which is divided into set of smaller two way slabs. Building is roofed with flat roof, on it are placed solar collectors used for water heating and reducing operating costs. Effective management of rainwater which is collected and reused helps decrease environmental impact of building. Total energy consumption of the building is reduced by building compactness. Thesis contains project documentation for the construction.

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