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Family House in Lubná
Šteflová, Ludmila ; Svobodová, Sylvia (referee) ; Matějka, Libor (advisor)
Submitted bachelor thesis presents komplex design documentations that serves s groudwork neceséry for planning permission for a family house. The building is located in the Pardubice region in the village Lubná. The building was designed as a brick building with vertical structures designed from structural system Porotherm and concrete shaped bricks Best. Horizontal structures are designed from ceramic Miako and Pot beams. The main building is covered with a flat roof. The building has two elevated floors and one that is below ground.
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Detached house with garage
Špalková, Radka ; Svobodová, Sylvia (referee) ; Petříček, Tomáš (advisor)
The Bachelor´s thesis deals with detached house with an establishment. This detached family house is located in the region of Znojmo in the village Višňové. The building is designed for four people in two-storeys and there isn´t cellar. The building is built from the ceramic system POROTHERM, ceilings are designed monolithic. There are flat roofs - vegetation and roof with gravel. The detached house is followed by the establishment of the car repair service. The building is single-storey, without basement, built fromceramic system Porotherm. Ceilings are monolithic, single-layer roof with gravel.
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Multi-functional residential building - Ro/3k
Maroušek, Josef ; Svobodová, Sylvia (referee) ; Vlček, Milan (advisor)
The project is working on a complete documentation of the multi-functional residential building at the project for the execution of works. Proposal places emphasis on building layout whit a link to the site to ensure construction of static, protection against noise, fire safety, safety in use and energy savings. The drawings have been processed in software for design-AUTOCAD
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Multi-functional residential building - Ro/1
Dusbabová, Jana ; Svobodová, Sylvia (referee) ; Vlček, Milan (advisor)
Thesis "Multifunctional house - RO / 1" is processed in the form of project documentation and all its requirements, which are required by this work. The thesis and its attachments are handled according to applicable laws, standards and regulations. The proposed multi-functional family house is situated on a slightly sloping ground plot. The house has no basement and two floors. The house is covered in part by a gable roof with a slope of 46° and partly from a flat roof with a slope of 1 °.
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Family house
Kojan, Lukáš ; Svobodová, Sylvia (referee) ; Matějka, Libor (advisor)
The aim of my bachelor thesis is a design of single-family house. The new building is designed to be a permanent residence for a family of four. The object is on almost flat terrain on the selected piece of land in a village Vlkovice close by a city of Czech Budweis. The house has two above ground and one underground floor. A garage for one car is part of the house. The object is designed in a technology of Heluz system. The construction of the roof consists roof truss-saddle roof. Tha main entrance is oriented to the north. The project documentation which is needed for a realization of a new detached house in worked up with five structural details including. Drawing part processed in a computer program AutoCad.
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Optimization of a lightweight pitched roof in order to reduce summer heat gains
Svobodová, Sylvia ; Rubina, Aleš (referee) ; Sedlák,, Vladimír (referee) ; Matějka, Libor (advisor)
The thesis deals with the topic of overheating of attic rooms during the summer period. In vast majority of family houses and apartment houses with inhabited attic spaces is the roof solved as lightweight. This kind of roof assembly is not able to sufficiently resist the summer boundary conditions and leads to increased heat gains in the interior. In this work, the attention is drawn entirely to the heat penetration through the roof. Different aspects of passive cooling were applied to the roof and the impact of each change was assessed. This concerns the color of the tiles, thermal accumulation, reflective surfaces and the ventilated air layer. The temperature and velocity profiles in the ventilated cavity were monitored and an analysis of the ventilated cavity efficiency was conducted. For individual analyses was used software – based on the principles of the Finite Element Method or the dynamic simulation software. Also other methods were employed: long-term measurement of temperatures on roof models; short-term measurement of surface temperature of various kinds of roof tiles; and laboratory measurement of reflexivity. Also the effect of insect grilles on the air flow is discussed; which was tested on a ventilator track. In this publication are explained the principles of natural convection; boundary layers and the theory of the coefficient of heat transfer. This work includes a standard of the precise calculation methodology for ventilated roofs which was developed for the purpose of creating a user-friendly guide. The results of individual analyses show, a definitely positive effect of the ventilated cavity on the heat gain reduction of attic rooms. The current technical solution of a roof ridge provides the exhaust of the water vapor from a roof assembly; but for providing ventilation for reducing heat gains is insufficient. This lead to a concept of an innovative roof ridge design which enhances the air exchange between the cavity and outdoor environment.
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Apartment building
Kubíček, Tomáš ; Svobodová, Sylvia (referee) ; Matějka, Libor (advisor)
The project deals with the new construction of a apartment house in Trenčín. The aim of the work was to develop project documentation for the construction. The building has four aboveground and one underground floor and is set in a sloping terrain. The building is designed as brick made of concrete blocks and ceramic blocks – Therm. The roof is flat, single-layered, vegetated. There is a green wall on the west facade.
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Detached house with architectonic studio
Fafílková, Jana ; Svobodová, Sylvia (referee) ; Petříček, Tomáš (advisor)
The aim of this bachelor´s thesis is a project of a new detached house with a design office at a level of the documentation for the structure realization. The detached house is situated in a small town Blížkovice. The building is partly basement with two above-ground floor with a flat roof. The structural system of the basement part is made up of permanent shuttering and the above-ground part is made up of system Heluz. The land is sloping toward the northsouth.
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Family house
Nejedlý, Adam ; Svobodová, Sylvia (referee) ; Matějka, Libor (advisor)
This bachelor thesis is focused on a design of a single-family house suitable for four to five permanent residents. The object is situated on an almost flat-surfaced lot on Růžičkova street in Třebíč. The house has two above ground floors and one underground floor. Plan dimensions of the house are 15,85 x 11,85 m. A garage for single vehicle is a part of the building. The roof is constructed as a single flat roof. The object is designed using a technology of Porotherm system except from the basement perimeter walls made of concrete blocks. The thesis also provides a project documentation for a construction including five constructional details, fire safety, thermal engineering, and acoustic solutions. The project documentation had been elaborated in an educational version of ArchiCAD program.
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Multi-functional residential building - Ro/2k
Moj, Miroslav ; Svobodová, Sylvia (referee) ; Vlček, Milan (advisor)
Bachelor thesis „Polyfunkční rodinný dům“ is processed in form of project documentation and is fulfilling all necessities of valid regulations. Designed object is placed on ground plot no. 1104/25 in Teplice Trnovany. Polyfunctional house object has three floors therefrom one basement. In first floor is situated Tee house, in other floors is one big apartment. Basement floor provides technical services for object.
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