|
|
Exhibition Gallery
Bednářová, Bronislava ; Barnat, Jan (referee) ; Bajer, Miroslav (advisor)
This master´s thesis is deal with design of steel structure of exhibition gallery. Layout od building is three-arm star, where each arm is rectangular with dimensions 6 x 18 m and arm has two floors. All three arms are connected to the hexagonal prism (space frame), which is on the second floor walkway and covered skylight. Maximum building height is 11.28 meters from the finished grade. The main structure of building is created by twelve frame in cross direction. The roof is flat. The surface of facade is glass created by aluminium structure.
|
|
| |
|
|
Sports and Recreation Center Brno - Královo Pole
Sysel, Jakub ; Janok, Jakub (referee) ; Sátora, Josef (advisor) ; Štěpánek, Ladislav (advisor)
This thesis solves one object that functionally extends the existing sports facilities in Vodova street in Královo pole in the city district of Brno. The building stands alone and doesn't adjoin to any other building. The main objective was to create a base for more comfortable using of sports fields. The solution was to design locker rooms for visitors and a gallery with a café for currently physically inactive guests. It also serves as the main entrance to the field including box office. The building is designed to allow easy access from the field to the locker rooms and that even bystanders were able to watch the action on the field. They can watch not only from the ground level, but also from the café space, which is connected with a large balcony. The construction is communicatively connected to the outside ice rink area, which is used for other sports during the summer. The height of the object is derived from buildings around, which consists of terraced houses and sports halls.
|
|
|
Sports and Relaxation Centre Za Lužánkami, Brno
Julínek, Roman ; Kotek, arch Jakub (referee) ; Odvárka, Antonín (advisor)
The architectural-urban study of the sports and recreational centre Za Lužánkami in Brno deals with the complex design of the sports and recreational complex. At present, the area of the former Boby Centre is in a poor condition. Fully functioning buildings in the area are a hotel, a concert hall and a tennis hall with outdoor courts, while the remaining buildings and areas, led by the football stadium, are dilapidated and do not fulfil their potential for public life. I approached the assignment as a solution to a complicated problem with many variables. The design provides a clear definition and morphology of the buildings, living, sports and recreational areas, including green spaces. It helps to social interaction and induce new contacts between people. It addresses the needs of current and future generations of residents. Connects and links to the transport infrastructure of the neighbourhood at all levels. Refers to the past and thus preserves in all respect the famous sporting genius of the locus to which it adds its own distinctive added value. Based on the design concept, a study has been carried out that takes advantage of a quality site in an attractive location in the city and offers a range of sports and recreational facilities. The main idea behind the design was to connect and relate the area to its surroundings. To offer a high quality public realm that will appeal to as many residents as possible across all generations through its range of functions and focus. Proportionate to its size and importance, several masses and objects were designed to divide the large area into smaller interconnected units. Each area has its own face, its own content and its own typical atmosphere that will win over its users. A good public space can be recognised by the way its users treat it. It becomes a mirror of society. If the design listens to the wishes and needs of the majority of the inhabitants, it becomes useful and sustainable at any time.
|
|
|
Administrative Building
Vokatá, Kateřina ; Barnat,, Jan (referee) ; Bajer, Miroslav (advisor)
This diploma thesis is deal with design of steel structure of office building. Layout of building is rectangular with dimensions 45x34m, with one storey below earth and five storey above earth. Height of building is 21,5 m (from ground). The main structure of building is created by nine steel frames in cross direction. Between frames are inserted composite steel and concrete beams. The roof is flat. The surface of facade is glass created by aluminium structure with columns and rails.
|
|
|
Building modifications, extension and superstructure of the fire station in Dobruška
Pacholíková, Petra ; Spáčil, Miroslav (referee) ; Sedláková, Markéta (advisor)
The diploma thesis deals with building modifications, extension and superstructure in the existing free-standing fire station in Dobruška. It is a two-story administrative building with a partial basement and a used attic. Adjacent to the building are garages for maintenance and parking of exit equipment. In the basement there are warehouses and a technical room. A new layout is proposed on the first floor. There were spaces for a server room, the station commander's office, a meeting room, warehouses and new sanitary facilities. As the previous layout lacked some of the rooms needed for the work of employees, a chemical workshop, a warehouse for fire extinguishers and sorbents, filling of pressure cylinders and a wet operation are proposed here. An entrance to the newly designed extension is proposed from the garage, where there are dirty showers, a laundry room, dirty changing rooms, a PHM warehouse and a diesel generator. On the second above-ground floor, a training room, hygienic facilities, clean changing rooms and a kitchen with a dining room are designed from the existing layout. On this floor, a superstructure is designed above the existing garages, where there are facilities for employees - a living room, offices, bedrooms with sanitary facilities. The extension is based on foundation passes in the unfrozen depth and lost formwork. The vertical supporting structures of the extension are made of ceramic blocks and insulated with the ETICS contact insulation system. The entire extension is separated from the existing structures. The vertical supporting structures of the superstructure are designed from ceramic blocks with mineral insulation. The horizontal structures are designed from a ceramic mounted ceiling. A ventilated facade with aluminum cassettes is designed on the superstructure. The extension and superstructure are covered with a flat roof.
|
|
|
Autosalon in Jihlava
Žák, Karel ; Mizerová,, Lenka (referee) ; Smolka, Radim (advisor)
This diploma thesis addresses the project documentation of a autosalon. This building is situated in the region Vysočina, the city Jihlava. Autosalon is projected for a car dealerdealership and a comon administration. Building has two floors. Structure is column beam system. Building is covered with flat roof.
|
|
|
Health Care Centre
Horelicová, Pavlína ; Sláma, Ludvík (referee) ; Mohelníková, Jitka (advisor)
This diploma thesis deals with the processing of project documentation for construction of a health centre in Šlapanice. The proposed building is situated on parcels no. 1906/1, 1906/11 and 1906/13. The parcels are part of the cadastral city Šlapanice. The terrain is flat. There are all necessary underground utilities nearby. The object is functionally divided into two parts and has a rectangular plan. The first part consists of a medical centre with a capacity of 19 specialized surgeries. The second part consists of a pharmacy for the general public. The building is designed of the brick construction system with a monolithic reinforced concrete columns and a reinforced concrete continuous slab. The largest footprint building is 66.75 x 18.75 meters. The cladding is designed in aluminium and glass facades with a total thickness of 250 mm. Roofing of the building's entire surface of a flat roof with a waterproofing layer at a gradient of 3% with multiple height levels. The structure of flat roofs is designed as a flat roof with a stabilizing layer of washed river gravel or vegetation roof. Foundation of a building is a combination of foundation footings and foundation passports. The pharmacy part is designed as a single-storey building and the health centre is designed as a partial basement building with three floors.
|
|
|
Inovative centre STU Bratislava
Dolníková, Denisa ; Klimecký, Martin (referee) ; Gerö, Jiří (advisor)
The topic of the bachelor thesis is the design of the STU Innovation Center in Bratislava. The project is based on the architectural study of the subject AG033-Atelier of architectural creation 3 and the construction study of the subject AG036 Complex project. The area of the inner block is currently visually chaotic and underutilized. The goal of the design is to create a valuable space for students, employees and the public on the campus and therefore make it more accessible to the wider community. An essential part was the connection of the inner block with the surrounding environment. The designed building contains three above-ground floors and underground garages. The mass of the object can be divided into two parts - the part with heavy laboratories and above-ground laboratories, which is rectangular and the other slanting part with spaces for students and public. The first and second above-ground floors contain an open gallery and multi-purpose spaces. The open and airy space, not only adds the representativeness of the whole design but also provides an opportunity for short-term rest. The third above-ground floor is mainly designated to accomodate start-up offices and the rectorate. The external appearance of the object is designed with clean and simple lines in mind. The glazed parts of the building are shielded with a white aluminum perforated sheetmetal. Other parts of the facade are covered in smooth white plaster. The entire expression of the object is therefore characterized by the timelessness that the Innovation Center demands. The surroundings of the building are functionally designed for the rest and free movement of students. There is plenty of greenery and places for rest, or various events of STU faculties.
|
|
|
Inovative centre STU Bratislava
Dolníková, Denisa ; Klimecký, Martin (referee) ; Gerö, Jiří (advisor)
The topic of the bachelor thesis is the design of the STU Innovation Center in Bratislava. The project is based on the architectural study of the subject AG033-Atelier of architectural creation 3 and the construction study of the subject AG036 Complex project. The area of the inner block is currently visually chaotic and underutilized. The goal of the design is to create a valuable space for students, employees and the public on the campus and therefore make it more accessible to the wider community. An essential part was the connection of the inner block with the surrounding environment. The designed building contains three above-ground floors and underground garages. The mass of the object can be divided into two parts - the part with heavy laboratories and above-ground laboratories, which is rectangular and the other slanting part with spaces for students and public. The first and second above-ground floors contain an open gallery and multi-purpose spaces. The open and airy space, not only adds the representativeness of the whole design but also provides an opportunity for short-term rest. The third above-ground floor is mainly designated to accomodate start-up offices and the rectorate. The external appearance of the object is designed with clean and simple lines in mind. The glazed parts of the building are shielded with a white aluminum perforated sheetmetal. Other parts of the facade are covered in smooth white plaster. The entire expression of the object is therefore characterized by the timelessness that the Innovation Center demands. The surroundings of the building are functionally designed for the rest and free movement of students. There is plenty of greenery and places for rest, or various events of STU faculties.
|
guest ::
