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Apartment Building
Novotná, Petra ; Komínková, Kateřina (referee) ; Čupr, Karel (advisor)
This diploma thesis solver the newly apartment building in Kuřim. It is a building with tree floors and basemet. The claccing of Porotherm 300mm and is insulated by contact insulation. The roofs are flat. The windows are plastic. In the basement asre garages, cellars, technical room and bicycle room. The other floors are flats.
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Family house - Jinačovice
Dvořáček, Luboš ; Osička, Jan (referee) ; Čupr, Karel (advisor)
The Bachelor thesis is focused on creation of a plan for the family house, which is located on sloping terrain in the newly developing part of the village Jinačovice on the plot No. 740/10. There is the southern slope, also the entrance to the house is south oriented. The family house has three floors and it is designed for a family of five or six. The whole building is found on the basic reinforced concrete belts, then it is bricked from Porotherm system and roofed by clicking roof. Movement between individual floors is made possible by a concrete staircase.
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PROKES WINERY
Kunz, Ondřej ; Myslín,, Jiří (referee) ; Dýr, Petr (advisor) ; Čupr, Karel (advisor)
Based on the architectural study from the second year of the bachelor study program, the following bachelor thesis is elaborated, which further disseminates the study to other subsequent stages of the project documentation. The theme of the thesis is the new family viticulture in the village Velké Němčice for winery Kamil Prokeš. The building will include both production facilities and housing, accommodation for guests and a wine shop with an adjacent tasting room. The building is situated on the outskirts of Velké němčice, where there are old farm buildings and gardens, a football field and a one-storey garage parking lot. The land is unconstructed and currently there are only planted trees. On the sloping land is designed one object, which is divided into several parts. Wine production is located in the basement, which is accessible from the north side and allows the grain and expedition. The above-ground floor consists of three interconnected masses. The central part, where the wine cellar and tasting room are located, is designed as a single-story, glass-covered building with a flat, green roof. On both sides of the building there are two identical, two-storey buildings with a saddle roof, where the western building houses the wineries housing and the eastern accommodation for the guests. All three masses are visually interconnected by the overlapping flat roof of the central object. The unified building, which is completed on the northern and southern side with the terrace for the guests and owners of the winery, is created. In front of the building is a model vineyard, which refines the overall view of the facade of visible concrete and also unambiguously points out the function of the object. The bottom structure is designed as a monolithic reinforced concrete block and the above-ground floor consists of lightweight concrete panels, folded ceiling structures and a roof saddle roof. The central part has a core where the adjoining facilities are located,
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Multifunkcional building in Frýdek-Místek
Suchý, Petr ; Dvořáková, Jana (referee) ; Čupr, Karel (advisor)
The subject of this thesis is the preparation of project documentation multifunctional building. It is a five-storey building with a basement. The roof structure is designed as a single-layer, flat roof. The building is divided into three working parts. Prví part is used for housing. It consists of 18 housing units, one of which is designed for wheelchair use. The second part of the building is intended for the public. This area retail sales. Includes store books, toys shop, newsagent and a hairdressing salon. The last part of it is public garage. It is intended for users of residential units.
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Family house with an establishment
Grepl, Adam ; Král, Jakub (referee) ; Čupr, Karel (advisor)
THE BACHELOR'S WORK IS A FAMILY HOUSE IN THE TOWN KROMERIZ WORKING OPERATOR. BUILDING HAS TWO FLOOR FLOOR AND PARTIAL GROUNDING. HOUSE HAS AN APARTMENT FOR FIVE PERSONS AND A TWO PERSONNEL OPERATOR. THE OBJECT HAS A POROTHERM SYSTEM. COMBINATION OF FLOOR ROOFS BEYOND THE OPERATING AND SADDLE ROOF BEYOND THE CIVIL PARTS. BASES FOUND BASIC BELTS.
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Reconstruction of the House of Culture
Podstata, Tomáš ; Klimek, Karel (referee) ; Čupr, Karel (advisor)
Thesis Theme is the reconstruction of the cultural house in Suchý Důl. The building is divided into a restaurant with rooms and multi-purpose hall with facilities. Reconstruction of the building is additional insulation of substructures, exchange floor structures, replacing ceiling structures, creating new roof construction, replacement of doors, windows and changing the layout. The reconstruction and extension of the part of the building.
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multi-functional building
Navrátil, Tomáš ; Komínková, Kateřina (referee) ; Čupr, Karel (advisor)
The Master’s thesis on the theme „Multi function house“ is drafted as a building documentation according to the relevant laws and standards. The project processes a documentation of a new multi fiction apartment house construction with overall 16 flats. Their sizes are from a flat 2+1 to a flat with 4 rooms and kitchenette. Every flat has a garage and a cellar in the first floor. In the house there are 2 offices with a capacity about 12 employees and also 3 commercial premises. Hairdressing parlor and an Apple store are going to by situated into two smaller premises. In the last premise with 263 m2 of floorspace there is going to be a cycling shop. The project is designed as a brick building without basement. The building has two parts with four floors and these parts are united by a single-storey part. The whole building is symetric. The roof is designed as a platform with tend of 3%. On top of the first floor there is going to be a vegetation roof and a roof teracce with a flagging. On the fourth floor there are going to be roof teracces with ceramic pavement. Over the fourth floor there is going to be a roof cllading laden by pebbles. The house is situated in the town Kroměříž, in the pacific neighbourhood near to the historical town center. The neighbourhood of the object is determined for a building-up of family houses. Nearby the house there is a primary school and an athletic ground. The brick object is designed by a construction system Livetherm on the wall footings. The ceiling constructions are from concrete. The Master’s thesis is made as a project realization of building construction part with studies and design fundamentals. The part of the thesis is also the thermal technical recognition, fire recognition of the object and concept of canalization.
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Library in České Budějovice
Ernst, Oliver ; Blažek, Petr (referee) ; Čupr, Karel (advisor)
Diploma thesis deals with a project of a new building of a new science library building. The building has four floors and basement. The building will be located in České Budějovice town. The building fulfills the function of the study of books and technical standards. There is designed spaces for organizing lectures and refreshments in cafeteria in the first floor of the building. Library space made available barrier free. Its architectural design resembles the shape of an open book. The structural system meets modern trends in construction and architecture, and it does not interfere with the surrounding buildings.
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Mathematical simulation of temperature profile in the subsoil and creation of a model corresponding its real state
Charvátová, Pavlína ; Katunský,, Dušan (referee) ; Ostrý, Milan (referee) ; Čupr, Karel (advisor)
Increasing demands for low heat losses and energy intensity of a building influence energy calculations. Higher demands are placed on the accuracy of the calculations. An important part of the thermal engineering calculations is the determination of the correct boundary conditions. An important input factor is primarily the indoor and outdoor environment, and temperature is the most important parameter for these types of enviromnent. It is not always the temperature of the external environment, but the environment that is adjacent to the soil or to unheated or differently heated spaces. The possibilities of modeling temperatures below the object are described in the standard ČSN EN ISO 10211. This standard specifies details for a geometric model for the numerical calculation of heat flows to assess the total heat loss of buildings or parts thereof, as well as to derive linear and point heat transfer factors. Furthermore, to calculate minimum surface temperatures to assess the risk of surface condensation and to determine the surface temperature factors. These are two different computational models. Therefore, it would be appropriate to simplify these calculations by simplifying the boundary conditions, namely to conduct an isotherm at a certain level below the terrain, which will be considered as a boundary condition, which is also based on long-term experience with "frost-free" depth. This calculation would be unambiguous, clear and simple.
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