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High school Ústí nad Orlicí
Kovaříček, Jakub ; Pobořil, Lukáš (referee) ; Petříček, Tomáš (advisor)
This thesis solves the construction area of High school building in Ustí nad Orlicí deals with the main building of the complex. The High school will be located in the district town of Ustí nad Orlicí, in the district on Štěpnice, this is a developing area on the outskirts of town. The building will serve as a high school facilities, with a capacity of 360 students and 20 teachers and 10 other staff. The main building of High school is designed as a three-storey building, its shape resembles the letter T with a smaller spur of handstand. The building is roofed single-roof with vegetative planting. The building is built of structural system POROTHERM masonry blocks with precise thin cleft. Ceiling design floors form the hollow prestressed ceiling panels Spiroll from Goldbeck over the main entrance consists of reinforced concrete ceiling construction cross reinforcement plate, then the ceiling structure made of suspended ceiling drywall. Dominating the lecture hall buildings form a stepped podium staircase and from outside the auditorium finish of brick strips Klinker, located above the main entrance to the building. The building is adapted for wheelchair use. Work includes documentation and drawing part, that is handled as a detailed documentation.
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Fitness and relax centre
Antolíková, Viera ; Pobořil, Lukáš (referee) ; Petříček, Tomáš (advisor)
The subject of this thesis is processing of design documentation for construction of the fitness and relax centre. The designed building is situated in the town centre of Giraltovce, in built-up area near watercourse Radomka. It is designed as two-storey without basement and with warm flat roofs. The part of roofing with vegetation is used as a terrace. The building envelope is a ventilated facade of fair-faced bricks in combination with cement-bonded particleboards imitating the texture of wood. The structural system is designed as column system with point-supported slab from cast-in-place reinforced concrete.
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Sports complex
Touš, Jakub ; Pobořil, Lukáš (referee) ; Petříček, Tomáš (advisor)
The main focus of this thesis is to design the expansion and modernization of a sport complex "U Jezu" for a sport club TJ Roztoky. This thesis is consisted of a study for a territorial agreement. In this study, there are indicated a formation of two playing fields with the artificial surfaces, beach volleyball court proposing two building objects as a base for the entire complex, which consists of garages, storages and a main building. A more detailed design was created for the main building. As the supporting structure of the object, the transverse wall system completed with outdoor columns supporting the cantilevered portion of the ceiling tiles, which are mainly unidirectionally reinforced concrete floor slabs. The supporting structure is based on the strip foundations. The designed building object has two-above ground floors and a ground floor, which will be created by embedding the building object into the hill side. The ground floor is designed for the relaxation and the leisure purposes. Moreover, there is also a technological equipment necessary for the operation of the facility. On the first above ground floor, there are designed locker rooms for athletes, a club room with a kitchen and an accommodation unit for a manager of the complex. The second floor is for the accommodation. There are designed rooms with lounge and office of the president of the sport club. Part of the second floor consists of a terrace. For the roofing, a flat roof with a single-classic sequence of layers is designed. In this thesis, the static is partially solved. Furthermore, the object is evaluated in the terms of lighting, acoustic and thermal requirements as well as requirements for the fire safety of buildings.
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Hotel with wellness zone
Fafílková, Jana ; Pobořil, Lukáš (referee) ; Petříček, Tomáš (advisor)
Theme of this diploma thehis is a newly buil hotel on the beach of Vranov reservoir. The building is surrounded by sloping terrain. The building has one underground floor and three floors. The structural system of the basement part is made up of permanent shuttering and the above-ground part is made up of system Porotherm. Ceiling construction is made up of reinforced concrete. The building is covered with a flat roof.
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Leisure centre
Plíhalová, Kateřina ; Pobořil, Lukáš (referee) ; Petříček, Tomáš (advisor)
The subject of this Master thesis is a project of a leisure center. The project covers building plans, specifications and includes all the requirements according to valid regulations. The project comprises of two buildings which are connected together by a corridor. The first is a two storey building and contains classrooms designed to be used for aesthetics activities, children play area, cloakrooms, toilets and offices for the managers of these buildings. The second a one storey building comprises two halls for sport activities and the rest of the area is intended to be used as a play area for children, study rooms for teachers and a tool store. The roofing of both buildings is designed as a single pitched roof made of timber ties. This project also includes heat loss with sound assessment, fire assessment and two other projects of services and structures, described in the details of these buildings.
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Viticulture
Špalková, Radka ; Pobořil, Lukáš (referee) ; Petříček, Tomáš (advisor)
Thesis Theme is newly VITICULTURE. The building is divided into three operating units - restaurant operations, operation of the pension and viticulture operations. The building is set into the sloping terrain. The building has two floors and a basement. The building is designed from the system POROTHERM with reinforced concrete ceiling construction. The roof structure is designed as a single-layer flat roof, part of the winery is stabilized gravel, part of the hotel and restaurant is single-layer flat roof vegetation.
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Sports and wellness center
Pulgretová, Kateřina ; Pobořil, Lukáš (referee) ; Petříček, Tomáš (advisor)
The aim of the project is a new building of a sport and wellness center in the cadastral area Brno-Židenice, South Moravian Region. Sport and wellness center is designed as a detached building with two floors and basement with a flat single skin vegetation roof. In the 1st floor there is a reception, cafe, children's play area, central changing rooms and a technical facilities. In the 2nd floor is a fitness center, solarium, massage rooms and sports nutrition and diagnostics. In the basement is a wellness center, facilities for employees and lasergame arena. The main structural system of the building consists of reinforced concrete columns and reinforced concrete slabs. The facade is designed as a contact thermal insulation system and glazed curtain wall.
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Farm house with riding hall
Pressburger, Tomáš ; Pobořil, Lukáš (referee) ; Petříček, Tomáš (advisor)
The subject matter of my Master thesis is a project of an agricultural building with a riding-hall located in Dolný Kubin in the Slovak Republic. This construction comprises from three consecutive buildings. The first single-storey building is designed as a horse stable, the vertical load bearing structures are constructed from a monolithic iron-concrete, a steel truss is designed as the load-bearing roof element, the roof is a sloping aisle roof. The second building comprises of a double-storey operational building with a flat roof, the load-bearing and non-load bearing system consists of a ceramic masonry POROTHERM and monolithic iron-concrete ceilings. The third building is a riding hall, where the load-bearing system consists of steel columns and a gable truss. The strip footings and plain-concrete feet are designed as foundation structures. The project emphasises the layout plan, thermo-technical properties and safety in use.
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TOPWET company headquarters
Vítková, Kristýna ; Pobořil, Lukáš (referee) ; Petříček, Tomáš (advisor)
This is a detached office building with halls located in an industrial zone. The building is situated in Ostrovačice. The office building has two floors without cellar. There are an entrance hall with reception, three office rooms, kitchen with dining room, archives, restrooms and technical background on the first floor. There are one office room, office of managing director, office of traders, boardroom, training room, kitchen and restrooms on the second floor. From the entrance hall you can climb from double staircase to the roof. The building is covered by single-layer flat roof. This is extensive green roof. The building is based on the footings of plain concrete and is built from the building system POROTHERM with contact insulation system from company ISOVER. The office building has a production and storage hall. There are an entrance hall, dressing room for men and other also for women with shower, separate toilets, kitchen with dining room and engine room of ventilation in production hall. Built-up area is totally 1926,6 square metres.
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Hotel in Špindlerův Mlýn
Vostřelová, Jana ; Pobořil, Lukáš (referee) ; Petříček, Tomáš (advisor)
In the thesis of the documentation Hotel in Spindleruv Mlyn. This is a six-storey building of the partial basement. In 1S is a technical base for an indoor swimming pool, air-conditioning, hot water, workshop, stores, and USB battery compartment. The 1st floor has a reception, restaurant with kitchen facilities for staff, and ski storage pool. In 2 and 3rd floor are designed bedrooms (two - four people) with access to the loggia. In the 4th floor are two two-storey rooms designed to 5th. The foundations are designed as footings under load bearing walls and the columns are designed shoe. External walls in 1S are designed from the shuttering in thickness. 300 mm insulated thermal insulation XPS thickness. 100 mm. External walls in 1 to 5th floor are designed from the sandwich concrete blocks tl.400 mm with built-in liner made of stabilized polyurethane foam (th. 140 mm) from BS Group Klatovy. The roof is designed with smooth saddle roofs with a slope of 34 °. Plane roofs are completed in different height levels. The ceilings are designed as a monolithic thick. 180 mm.
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