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Timber structure of a multipurpose garden house
Hoffmannová, Zdislava ; Barnat, Jan (referee) ; Šmak, Milan (advisor)
The subject of this bachelor’s thesis is a design of a timber structure of a multipurpose garden house. The ground floor of the house serves as a garage, the attic serves as a playroom for children. The building is located in Letohrad in Pardubice Region. Structural system is a timber framed structure which has been created as a spatial bar model in CADKON+ 2017 software. The internal forces have been calculated in SCIA Engineer 18.1 software using the linear static analysis. These forces have been used to design structural elements. Final results have been partially verified by hand calculations. Solid timber of C24 quality has been chosen as a proper material.
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Stanovení tepelné ztráty novostavby domu z přírodních materiálů
Kročil, Jakub
Aim of the practical part is to evaluate a real project of a family house assigned by investors in terms of heat loss properties. The ecological trace connected with the heat insulation quality is being determined. There are three options: The first option consists of a house with no outer heat insulation system. The second house is insulated with straw bales. For the third option, a system with mineral wool is used. The main goal is to show that straw bale insulation is not any worse than broadly used materials, and it is also a much better option from the ecological perspective. In theoretical part, there is an explanation of common rules to follow when using straw bales for construction. Also some common prejudices connected with this topic are explained.
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Timber structure of a multipurpose garden house
Hoffmannová, Zdislava ; Barnat, Jan (referee) ; Šmak, Milan (advisor)
The subject of this bachelor’s thesis is a design of a timber structure of a multipurpose garden house. The ground floor of the house serves as a garage, the attic serves as a playroom for children. The building is located in Letohrad in Pardubice Region. Structural system is a timber framed structure which has been created as a spatial bar model in CADKON+ 2017 software. The internal forces have been calculated in SCIA Engineer 18.1 software using the linear static analysis. These forces have been used to design structural elements. Final results have been partially verified by hand calculations. Solid timber of C24 quality has been chosen as a proper material.
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