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Numerical Analysis of a Poor-Quality Glazing System in a Computer Software
Bartko, Marek ; Durica, Pavol
Following the current topic in the construction industry of improving energy performance of buildings, this paper discusses a numerical analysis of a glazing system. The performed analysis is based on the results of a particular type of glazing during measurements in a pavilion laboratory and in a set of climatic chambers which have been the focus of previous research papers. Fifteen glazing cases were made in the analysis and their glazing properties were monitored - the filling gas and the position of the low-emissivity layers were changed and observed. The results indicate that the values obtained from experimental measurements are greatly influenced by a degraded or missing low-emissivity layer and a missing or incorrect filler gas.
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New building family house in Třebíč
Berková, Martina ; Ing.Radek Sedlák (referee) ; Benešová, Romana (advisor)
The subject of this Bachelor Thesis is a newly constructed family house located in Třebíč. The house was built using Porotherm brick – type blocks and Miako hollow ceiling bricks. The roof is of an gable design. The house has two overground floors – the second floor takes of a livable attic. The land is flat. All construction was done according to valid CSN code.
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Family house
Leupold, Karel ; Manová, Ludmila (referee) ; Maceková, Věra (advisor)
Bachelor´s thesis solve design of the Family house in city Telč. It is a two-storey house with a partial basement, the roof is pitched with a slope of 35°. The house is designed of brick POROTHERM. The building is set on a land slightly sloping. The object is designed by valid standard.
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Family house
Pánek, Martin ; Klimeš,, Vladimír (referee) ; Klimešová, Jarmila (advisor)
The main concern of this thesis is to design three storey family house. The house is divided into the main living area to the garage and basement areas and a part of an establishment. There is 2 floors in the house and there is partially a basement. The house has a flat roof.
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Model of the block house in Revit
Richterová, Zuzana ; Volařík, Tomáš (referee) ; Berková, Alena (advisor)
The aim of the bachelor thesis was to create a model of the ground floor in the software called Revit and explain the method of work in the program. This model is based on the real construction of a slab block which is located at Herčíkova 2, Brno. The created model was created on the provided documents from the 2018 course called Complex project and from the preserved original design documentation from 1969. The whole bachelor thesis is divided into chapters, which are named according to the individual modeled elements. Especially for the chapters Floor, Staircase, Railings, Doors, Windows, Annotations and Linking of projects, there is a more detailed description, analysis of problems, demonstrations, working with different types of families, inserting coordinate system and comparing reality and model in the project. Furthermore, in the bachelor's thesis there is a chapter Tips, which is used to simplify work in software Revit.
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Family House
Uhrová, Anna ; Horáčková, Michaela (referee) ; Klimešová, Jarmila (advisor)
The bachelor thesis deals with design of family house on real estate in Říčany u Brna. The house without cellar has one floor and residential attic. The load-bearing structure consists mainly of Porotherm ceramic system, the house is covered with a gable roof.
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Family House
Hnízdilová, Aneta Aya ; Žižka, Lukáš (referee) ; Moudrý, Ivan (advisor)
The subject of this thesis is a new family house with commercial space, street Na vysluni, which lies on the Czech-Moravian Highlands. This house is designed family of five, parents and three children. The house has a design office. It is a modern two-story house without a basement. Both the exterior and interior is designed in a minimalist design. The house has a garage with one space. Before the garage is uncovered paved area, which serves as additional parking spaces, with the option to shutdown three vehicles. On the flat roof above the 2nd floor, the technology was used green roofs, as well as part of the terrace. To residents of the house were not isolated from the external environment, are in the house with large windows and doors. These offer plenty of light and heat. In the summer months protects against heat roller blinds integrated into the facade. Shelter, which is common to the garage and the main entrance is accessible office with its own bathroom and kitchenette. The office is accessible for clients from the main access road, this entry is completely separated from private grounds of the house. On the perimeter wall is used brickwork completed the hydrophobic mineral wool.
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Family house
Staníková, Radka ; Majsniar, Michal (referee) ; Škramlik, Jan (advisor)
The subject of this diploma work is the new building of a family house at Boží Dar town, that is situated in the mountain resort. The family house has a cellar, it is two storied with an attic apartment. The building is devided into three units . The first unit is found on the first floor and is designed as an apartment. The other units are situated in the attic and are designed for a short-term or long-term renting. The house is designed of cut bricks with a ceramic ceiling construction. The perimeter wall is thermally insulated with a contact insulating system and partly covered with a stony facing. There is a saddle-shaped roof on the house. The building site is sloping north-east. All constructions are in accordance with the valid regulations and ČSN standards.
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Spectral method for motor parameters identification
Sedláček, Filip ; Buchta, Luděk (referee) ; Pohl, Lukáš (advisor)
This project deals with the problem of spectral method for system identification. Introductory part acquaints reader with basic concept of identification and explains its application in practice. It describes and mathematically derives two non-parametric methods for identification – correlation method and spectral analysis. The main aim of this final project is testing and implementation of spectral analysis in system parameters identification, which is specifically described in remaining sections of this project. These sections discuss a fundamental rules, procedures and principles in order to prepare a reader as much as possible for its final application in REAL-TIME system identification.
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