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Car Center VW Group
Velfl, Martin ; Štikar, Jaroslav (referee) ; Nový, Alois (advisor) ; Matějka, Libor (advisor)
The bachelor thesis deals with the new building of Car centre VW group. Earlier study in the subject AG33 gave form to the following bachelor´s thesis which further develops the study into level of Building permission design and Documentation for execution of the project. The designed building is situated in district Brno-Zábrdovice. The plot is situated on mostly flat land between the streets Cejl, Jana Svobody, Husovická and on the eastern side plot defines the river Svitava. The object of car centre consists of four buildings volumes which are mutually dilatated and meet the requirements of the operations of car centre. It includes presentation, sales, servicing cars Škoda, Volkswagen, Seat, Audi. The buildings are designed as a single storey steel assembled hall. An exception is only the offices of administration in the showroom located on the second floor, which divides the space. The construction system is the same for all objects. It consist of a prefabricated steel frame structure with longitudinal trusses. The bracing is achieved by a rigid ceiling slab in conjunction with steel rods and reinforced concrete shear walls. The structures is based on simple foundation pads combined with drilling piles and interconnection with strips all from reinforced concrete. Vertical structures consist of steel columns, shear concrete walls, Kingspan panelings and the Schüco glass facade system. Horizontal structures consist of steel straight trusses, bearing trapezoidal sheets coupled with a concrete layer and rolled IPE beams. The roofing of the buildings are designed as warm, non-walkable flat roofs, drained by internal rainwater drainages. In the showroom pipes are hidden inside steel colums that are covered with stainless steel sheets with polished surfaces. The integrity of four objects in one unit is achieved by repeating the same visual elements and on the contrary the readability of individual buildings is evident by gradation of individual volumes and their clear
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The GAP in Brno
Koudelková, Veronika ; Bernátek, Tomáš (referee) ; Palaščák, Michal (advisor)
The subject of my work was to fill a selected gap in the heart of Brno with a residential building, to compact the city center and effectively use unmaintained spaces. The solved area is located on Cejl street in the Zábrdovice district, nicknamed the Brno Bronx. With my design, I try to contribute to the attractiveness of the location and the creation of pleasant living in the city center as part of a friendly and creative community. The concept is based on the ideal use of the land and also takes into account the surrounding buildings and normative requirements for their placement, spacing and sun exposure. The resulting design therefore consists of three buildings - two apartment buildings in the courtyard and a street building, which in addition to the vertical communication serves also as a noise and dust filter and with its facade brings into the street a hitherto non-existent green element. In this building there is also a space on the ground floor for the sale of local plants, flowers or vegetables, which residents can grow directly on the plot, in greenhouses in the street building or directly on spacious galleries connecting all 3 designed buildings. The design also takes into account the need for parking spaces for residents, which are located on the ground floor directly below the apartment buildings together with the cellars.
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Car Center VW Group
Sedláček, Jakub ; Štikar, Jaroslav (referee) ; Nový, Alois (advisor) ; Matějka, Libor (advisor)
Topic of the Bachelor Thesis is a design of the new car centre for VW group. The new building is located at the vacant plot in the city district Brno-Zábrdovice. The main area of the plot is registered as a brownfield number 3402 with former industrial production. The plot is defined by the streets Cejl and Jana Svobody on its north and south boundary, where the connection between those two streets is a typical element of the area. The east boundary is defined by the river Svitava. The plot is slightly sloping to the river. The building is divided into three separate volumes. Each of them is equal to the specific function – showroom, storage and car repair shop for VW, Škoda, Audi and Seat. The designed car centre is a single-storey steel industrial building without cellar. The part of the showroom includes offices on the first floor. The main structural system is defined by the steel frame structure – steel columns and truss girders. Vertical structural elements consist of two U280 steel profiles (showroom) and HEA 260 steel profiles (storage, car repair shop). Horizontal structural elements consist of steel truss girders and steel IPE profiles. Bracing system is designed as a combination of reinforced concrete walls and steel rods. The steel structure is based on reinforced concrete foundation pads with drilled piles. Foundation pads are connected by reinforced concrete strip foundations. The glazed curtain walling of the building’s envelope is formed by Schüco facade system, which is complemented with the significant aluminium shading system of vertical lamellaes Alaris. The rest of the external facades is demonstrated through the Kingspan’s insulated metal wall panels with vertical grooves. Floor and roof structures are defined by trapezoidal sheet with composite concrete slab. Roofing is designed as a warm flat roof with internal roof drains for the whole building. The waterproofing layer is made of SBS modified bitumen membranes.
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The GAP in Brno
Koudelková, Veronika ; Bernátek, Tomáš (referee) ; Palaščák, Michal (advisor)
The subject of my work was to fill a selected gap in the heart of Brno with a residential building, to compact the city center and effectively use unmaintained spaces. The solved area is located on Cejl street in the Zábrdovice district, nicknamed the Brno Bronx. With my design, I try to contribute to the attractiveness of the location and the creation of pleasant living in the city center as part of a friendly and creative community. The concept is based on the ideal use of the land and also takes into account the surrounding buildings and normative requirements for their placement, spacing and sun exposure. The resulting design therefore consists of three buildings - two apartment buildings in the courtyard and a street building, which in addition to the vertical communication serves also as a noise and dust filter and with its facade brings into the street a hitherto non-existent green element. In this building there is also a space on the ground floor for the sale of local plants, flowers or vegetables, which residents can grow directly on the plot, in greenhouses in the street building or directly on spacious galleries connecting all 3 designed buildings. The design also takes into account the need for parking spaces for residents, which are located on the ground floor directly below the apartment buildings together with the cellars.
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Car Center VW Group
Sedláček, Jakub ; Štikar, Jaroslav (referee) ; Nový, Alois (advisor) ; Matějka, Libor (advisor)
Topic of the Bachelor Thesis is a design of the new car centre for VW group. The new building is located at the vacant plot in the city district Brno-Zábrdovice. The main area of the plot is registered as a brownfield number 3402 with former industrial production. The plot is defined by the streets Cejl and Jana Svobody on its north and south boundary, where the connection between those two streets is a typical element of the area. The east boundary is defined by the river Svitava. The plot is slightly sloping to the river. The building is divided into three separate volumes. Each of them is equal to the specific function – showroom, storage and car repair shop for VW, Škoda, Audi and Seat. The designed car centre is a single-storey steel industrial building without cellar. The part of the showroom includes offices on the first floor. The main structural system is defined by the steel frame structure – steel columns and truss girders. Vertical structural elements consist of two U280 steel profiles (showroom) and HEA 260 steel profiles (storage, car repair shop). Horizontal structural elements consist of steel truss girders and steel IPE profiles. Bracing system is designed as a combination of reinforced concrete walls and steel rods. The steel structure is based on reinforced concrete foundation pads with drilled piles. Foundation pads are connected by reinforced concrete strip foundations. The glazed curtain walling of the building’s envelope is formed by Schüco facade system, which is complemented with the significant aluminium shading system of vertical lamellaes Alaris. The rest of the external facades is demonstrated through the Kingspan’s insulated metal wall panels with vertical grooves. Floor and roof structures are defined by trapezoidal sheet with composite concrete slab. Roofing is designed as a warm flat roof with internal roof drains for the whole building. The waterproofing layer is made of SBS modified bitumen membranes.
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Car Center VW Group
Velfl, Martin ; Štikar, Jaroslav (referee) ; Nový, Alois (advisor) ; Matějka, Libor (advisor)
The bachelor thesis deals with the new building of Car centre VW group. Earlier study in the subject AG33 gave form to the following bachelor´s thesis which further develops the study into level of Building permission design and Documentation for execution of the project. The designed building is situated in district Brno-Zábrdovice. The plot is situated on mostly flat land between the streets Cejl, Jana Svobody, Husovická and on the eastern side plot defines the river Svitava. The object of car centre consists of four buildings volumes which are mutually dilatated and meet the requirements of the operations of car centre. It includes presentation, sales, servicing cars Škoda, Volkswagen, Seat, Audi. The buildings are designed as a single storey steel assembled hall. An exception is only the offices of administration in the showroom located on the second floor, which divides the space. The construction system is the same for all objects. It consist of a prefabricated steel frame structure with longitudinal trusses. The bracing is achieved by a rigid ceiling slab in conjunction with steel rods and reinforced concrete shear walls. The structures is based on simple foundation pads combined with drilling piles and interconnection with strips all from reinforced concrete. Vertical structures consist of steel columns, shear concrete walls, Kingspan panelings and the Schüco glass facade system. Horizontal structures consist of steel straight trusses, bearing trapezoidal sheets coupled with a concrete layer and rolled IPE beams. The roofing of the buildings are designed as warm, non-walkable flat roofs, drained by internal rainwater drainages. In the showroom pipes are hidden inside steel colums that are covered with stainless steel sheets with polished surfaces. The integrity of four objects in one unit is achieved by repeating the same visual elements and on the contrary the readability of individual buildings is evident by gradation of individual volumes and their clear
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