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Risk analysis of building design with regard to the selected material characteristics
Jirásková, Iveta ; Vymazal, Tomáš (referee) ; Misák, Petr (advisor)
This thesis focuses on the verification of physical and mechanical characteristics of hardened concrete, especially concrete compressive strength, static and dynamic modulus of elasticity. The job description is to perform a series of laboratory analyzes for structural concrete and evaluate the test results meet requirements that are specified in the European standards for designing buildings. The work also includes selected techniques for risk assessment (FMEA, Pareto diagram, Ishikawa diagram) and their application to selected process. Part of the work is also a static comparison of measured characteristics and consideration of the risks associated with variations in the monitored quantities.
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Office building in Brno
Polevshchikov, Artem ; Sláma, Ludvík (referee) ; Mohelníková, Jitka (advisor)
The aim of the thesis is to design a new office building with almost zero energy consumption. The office building is located in the cadastral area of Veveří in Brno. In the building on the 2nd floor and 3rd floor (they are typical) there are office spaces. It is expected that each floor will be used entirely by one medium-sized company. On the ground floor (1.NP), apart from the main entrance to the building from the south side, there are entrances to the café, shop and tourist information centre. On the underground floor (1.PP) there is a garage with parking spaces - for 7 cars, of which one space is excluded for a disabled person. Additional parking spaces are designed outside. The building is designed as a reinforced concrete monolithic skeleton based on footings. The infill masonry of the skeleton is designed in ceramic blocks. The roofing of the building is designed with a flat vegetated roof.
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Specifics of building design from recycled building materials
Dobrovolný, Petr ; Pifko, Henrich (referee) ; Innemanová,, Petra (referee) ; Žabičková, Ivana (advisor)
Nowadays, the developed societies increasingly adhere to the ideas of sustainability, which also include the issues of raw material intensity and waste management. EU countries declare their intention to move towards so-called circular economy, where production, consumption, waste management and the market of secondary raw materials function in predominantly closed cycles. Due to its high share of raw material consumption and the amount of waste generated, the construction industry is one of the priority sectors in which these changes should take place. Consequently, the interest in recycling of construction and demolition waste will probably grow. This thesis examines the chosen topic from the architect's point of view. The issue of recycling of building materials is dealt with in the context of contemporary construction industry. The introductory part describes main material flows: the most used building materials, the method of waste management and the possibilities of its further use. The relationships between the design of the building and the production of construction waste are defined. The issue of building with recycled building materials is handled in more detail. In the main part, the design of a model object made of recycled building materials is elaborated. The individual building structures are analyzed in terms of the suitability of the use of recycled building materials and waste management after the end of a lifecycle of the building and a comparison is made with alternative structures made of conventional building materials. At the end of the work, an evaluation of the usability of recycled building materials in building structures and their economic potential is performed. There is also an evaluation of the specifics of working with recycled building materials in the design of the building.
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Risk analysis of building design with regard to the selected material characteristics
Jirásková, Iveta ; Vymazal, Tomáš (referee) ; Misák, Petr (advisor)
This thesis focuses on the verification of physical and mechanical characteristics of hardened concrete, especially concrete compressive strength, static and dynamic modulus of elasticity. The job description is to perform a series of laboratory analyzes for structural concrete and evaluate the test results meet requirements that are specified in the European standards for designing buildings. The work also includes selected techniques for risk assessment (FMEA, Pareto diagram, Ishikawa diagram) and their application to selected process. Part of the work is also a static comparison of measured characteristics and consideration of the risks associated with variations in the monitored quantities.
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