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Family house
Gregor, Tomáš ; Chuchma, Lukáš (referee) ; Kalousek, Miloš (advisor)
Bachelor thesis is treated as a documentation of the construction of a family house in the village of Březůvky in site "Garage". The object will be located in a built-up area. The project will respect the requirements of territorial planning documentation. The object is part of the basement. With two residential floors above the ground. A simple saddle roof. The House is designed in the porous concrete from Ytong.
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Detached Family Residence
Kolegar, Benjamin ; Omishore, Ayodeji (referee) ; Vajkay, František (advisor)
The subject of bachelor's thesis is project of detached family house for a family of four in Hrušovany u Brna. The building has two floors, without basement and with attached garage. The designed material for loadbearing and non-loadbearing constructions is porous concrete blocks. The residential part of the building is covered by gable roof.
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Environmental family house Sunflower
Krumpolec, Leoš ; Blasinski, Petr (referee) ; Rubinová, Olga (advisor)
This bachelor's thesis presents design of an L-shaped two-storey family house with a flat roof for a family of four on the outskirts of Vinary u Přerova in Olomoucký region. The house is designed on a cast-in-place ground slab based on foam glass, and its carcass is constructed of aerated concrete blocks. The external walls are insulated with EPS. The partitions are made of sand-lime blocks. The floor slabs and roof slabs are comprised of a precast concrete panel. The house is divided into a two-storey part and a single-storey part, both with green roofs. The first floor includes a wind lobby, a guest room with walk-in robe, a study, a bathroom, a separate toilet, a utility room, a pantry, and an open area consisting of a kitchen and a living room that leads directly to the terrace. The corridor also features a half-turn staircase that leads to the second floor, which has a master bedroom with walk-in robe, a children's bedroom, a bathroom, and a separate toilet. The building services include floor heating, mechanical ventilation, and cooling via fan coils. The air-water heat pump, primarily powered by photovoltaics on the roof during the day and by battery at night, provides heating and cooling. The storm water will be partly accumulated in the substrate layer of the roof and the rest will be accumulated in accumulation tank underground. The house has elements of passive building and falls in A class rating of an energy certificate.
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Pension
Kučera, Matěj ; Zumr, David (referee) ; Brukner, Bohuslav (advisor)
The subject of the bachelor thesis is to develop a project of a guest house with almost zero energy consumption at the level of documentation for the execution of the construction. The building is situated on the outskirts of Vrbno pod Pradědem. The guesthouse is designed as a brick building with two above-ground floors with partial basement. It has twelve rooms with a total capacity of 24 accommodated persons. Part of the building is a restaurant with its own entrance and facilities. The structural system of the underground floor is combined from monolithic reinforced concrete. The above-ground floors are designed as a longitudinal wall system with load-bearing walls made of aerated concrete blocks. The ceiling of the individual floors is designed as a one-way reinforced concrete ceiling slab. The ceiling of some rooms consists of a visible truss of a sloping pitched roof with metal roofing in a small slope. The corridor necks are topped by a flat extensive vegetation roof. The building has a designed collective garage within the ground plan of the first underground floor, including ski storage and guest house facilities. On the first floor there are 6 residential units, reception, kitchen, restaurant and its facilities. On the second floor we find the remaining 6 residential units.
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Multifunctional building - Brno
Bílek, Zdeněk ; Vaněk, Vojtěch (referee) ; Eliáš, Luboš (advisor)
The subject of the thesis is the development of a multifunctional building project on the corner of Vídeňská street in Brno. The building has six floors with two underground floors with a collective garage for parking. On the first floor there are commercial spaces. The following floors are used for administrative purposes. The building is skeletal, based on piles. The infill masonry is made of aerated concrete. From the second floor, the perimeter of the building is designed as a light outer shell. There is one other building attached to the building, which also serves administrative purposes. At the same time, it fulfills the function of an entrance. The roof of the building is single-skinned from a modified asphalt strip.
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Design of a technological line for recycling autoclaved aerated concrete
Bajzík, Martin ; Bojanovský, Jiří (referee) ; Skryja, Pavel (advisor)
The diploma thesis is focused on the design of a production line for processing waste material from autoclaved aerated concrete production. The introduction of the thesis describes the current situation with aerated concrete waste processing, it´s characteristics, raw materials used for the production and the production technology. The theoretical part of the thesis reviews the crushing process and the equipment used in mineral processing lines such as: crushers, mills, separators and conveyors. In the practical part of the thesis the focus is on the design of the production line, selection of the equipment, mass balance and economical evaluation of the investment.
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Interaction of microwave radiation with moisture in porous building materials
Paťha, Martin ; Šuhajdová, Eva (referee) ; Šuhajda, Karel (advisor)
This thesis deals with interaction of microwave radiation with wet in porous material. It examines the distribution of the temperature field, the efficiency of the method and the financial demands of the method. The most important part of this thesis was an experiment, from which all important values ??were based. The first part deals with the necessary theory and the second part is the experiment itself. The experiment was carried out for three levels of material wet. Eight samples were used for this experiment, which remained unchanged throughout the experiment. The thesis draws on previous researches that were carried out on this or similar topic.
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House on a slope
Jakoš, Milan ; Kvapilová, Vendula (referee) ; Daněk, Lukáš (advisor)
The subject of the bachelor thesis is the elaboration of project documentation for building a house on a slope. It is an object with one basement and two above-ground floors. The family house is one apartment unit for a family of four. Vertical structures are made of Ytong. The peripheral basement wall adjacent to the soil is made of reinforced concrete. Ceiling structures are reinforced concrete. The roof is sloping double-skin with a slope of 30 °. The supporting structure of the sloping roof is formed by the Ytong system. The house is based on reinforced concrete strip foundations. The drawing part was processed in Allplan.
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Development of high quality autoclaved aerated concrete using alternative resources
Kostura, Patrik ; Janovský, Radek (referee) ; Drochytka, Rostislav (advisor)
With the growing trend of construction, the demand for building materials is growing steadily. Porous concrete is widely used in the building industry, that makes efforts to discount production and simultaneously save the environment. The aim of this thesis is to develop high-quality porous concrete by using alternative raw materials as a substitute for silicate sand. As a possible substitute were chosen: Silica masonry, foundry sand and fireclay boulders. The influence of two key parameters - the specific surface (130, 240 and 350 m2·kg-1) and the amount of silica sand substitution (10, 30 and 50 %) were monitored. Two autoclaving modes (7 and 12 hours of isothermal durations at 190 ° C) were tested. Based on the physico-mechanical and mineralogical characteristics of the porous concrete composites was chosen the ideal surface area of 240 m2·kg-1 and time of isothermal endurance was determined at 7 hours (temperature 190 ° C, pressure 1,4 MPa). From the optimal intentions were created samples with a macroporous structure, using an aluminum powder. Physical-mechanical properties and microstructural analysis (XRD, SEM) were subsequently determined on the samples. Ideal recipes were proposed with 50% sand substitution of fireclay boulders and 10% substitution of foundry sand. This was due to a 10% higher compressive strenght and an increase of the coefficient of constructiveness, compared to the reference sample.
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