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Novostavba dřevostavby rodinného domu
Sádovský, Jan
The thesis is focused on design of two – storey family house building made on base of timber intended for 4 people and situated on particular, existing land. The text part deals with the issue of floor structures on terrain, especially it deals with the choice of floor covering. The assessment of variant of floor covering is made by means of multi – criteria analysis, that evaluates the most suitable variant based on criterias. These criteria are settled in by particular characteristics, for which mentioned floor coverings are assessed according to relevant standards.
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Detached house with a workshop
Kynclová, Eliška ; Vaněk, Vojtěch (referee) ; Utíkalová, Ivana (advisor)
The subject of this bachelor´s thesis is design documentation for construction of family house with parlor. House is designed for family of five members. The family house is located on a flat plot. The building has ground floor and basement. The building has a partial basement with two above-ground floors. The object is based on basic passports. The vertical perimeter structures are designed from the Porotherm system. Horizontal load-bearing structures are made of reinforced concrete. Roof construction of the object is composed by flat roofs and shaped roof. Drawings were worked out in software Archicad.
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Determining floor flatness using laser scanning
Matušková, Klára ; Kalvodová, Petra (referee) ; Kalvoda, Petr (advisor)
The aim of the diploma thesis was to determine the flatness of the floor using two methods, levelling and laser scanning, their subsequent comparison and evaluation of differences between them. The thesis deals mainly with laser scanning and namely the used scanner and the software for point cloud processing. Furthermore, there is a compilation of existing technical standards dealing with this topic.
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New lightweight floors with secondary raw materials
Tůmová, Eva ; Bydžovský, Jiří (referee) ; Ďurica,, Tibor (referee) ; Kolář,, Karel (referee) ; Drochytka, Rostislav (advisor)
The thesis deals with the development of new type of lightweight floors based on secondary raw materials. In the introduction, the current knowledge in the field of lightweight building materials, especially screeds and lightweight porous concrete, is presented. The thesis describes brief history of production of aerated concrete and its development up to the present. Further, the thesis describes the procedure of design and testing of new lightweight materials for use in floors. The proposed recipe has been thoroughly tested and the best combination of components for use in lightweight porous concrete floor screed has been selected. The thesis also examines the microstructure of the material being developed. The main result of the dissertation is the developed product, which is already used in practice and is produced and sold on the market as part of the system of lightweight building materials.
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Family house
Diatel, Bohumil ; Beranová, Iveta (referee) ; Matějka, Libor (advisor)
Topic of this bachelor thesis is project of family house in Bojkovice on Pitínská street. House is designed for four members family. The building has ground floor, first floor and basement with inbuilt garage and terrace. Vertical circumferential and supporting constructions are designed according to Porotherm system and are equipped by contact thermal insulation system. Horizontal constructions are also designed according to Porotherm system. Roof construction of the object is composed by two flat roofs. The object is settled into slightly sloping terrain. Drawings were worked out in software AutoCAD. The part of the project is a thermal technical analysis, acoustic and fire safety review.
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Static analysis of moving skyscraper
Jedlička, Michal ; Martinásek, Josef (referee) ; Vlk, Zbyněk (advisor)
The thesis is about static analysis of moving skyscraper (inspired by The Dynamic Tower). There is a rotation of each particular floor around its axis independently on each other. In this thesis, moving skyscraper is solved as a whole piece with specialization in the moving floors and their mounting on the core of the building.
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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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Fire station Vyškov
Zápařka, Roman ; Jendryščíková, Kateřina (referee) ; Petříček, Tomáš (advisor)
This thesis focuses on the design and preparation of project documentation Fire Rescue Station South Moravia, in Vyskov p.č.2472 / 1. Building design respects the city plan. It is shape and matter does not form an accent. The building is divided into three operating units on the premises standing together with garages, as well as workplace Prevention Department and the Department regional office. It has three floor and one souterrain, roof flat.
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Damage extent analysis of dry floors in case of a flood
Šír, Jan ; Vlach, František (referee) ; Bečkovský, David (advisor)
The thesis is focused on analysis of damage extent of dry floors in case of a flood. In the first part it deals with problems of buildings´ stress factors in the point of view of building physics, floor composition and its connection to constructions of timber houses. In the second part it describes testing of three experimental floor samples during simulated flood. It examines and evaluates the behavior and the way of spreading of the leaking water and the effect of moisture on the materials.
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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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