The main task of the master project is to design a new energy efficient municipal house in Drnholec. The building has two above-ground floors and partial basement. It has a two-part flat roof. One part is green, the other has the bituminous roofing. The basement contains storage spaces and a boiler room. The ground floor contains an entrance hall, toilets, restaurant, a kitchen with storage and a hall with elevated stage. The first floor contains two club rooms, toilets and a room for the air conditioning system. The vertical load-bearing structures are designed from ceramic walls. Internal walls are designed from ceramic blocks. The horizontal load-bearing structures are designed from the pre-stressed Spiroll panels. The building envelope is insulated with mineral wool. The second part of the master project focuses on designing HVAC, lighting and sewage (including stormwater storage basin). The building utilizes an automatic biomass boiler as the main heating energy source. The summer domestic water heating is supported by photovoltaics. The third part of the master project assesses and compares heating of water by photovoltaics and solar thermal collectors. The project was carried out in the AutoCAD, DEKSOFT, Excel and Word.

The intention of this dissertation was an assessment of biogenic amines (BA) and polyamines (PA) by the usage of high-performance liquid chromatography (HPLC), in the concrete histamine (HIM), tyramine (TYM), 2-phenyl ethylamine (PEA), tryptamine (TRM), spermine (SPM), spermidine (SPD) and putrescine (PUT) in Velvet Bolete ( Suillus variegatus, (Sw.) Kuntze) and Bay Bolete ( Boletus badius, Fr.). The dissertation was focused on the influence of kitchen treatments by the method of pasteurization, freezing and subsequent storage of treated mushrooms on the content of biogenic amines and polyamines. Pasteurized samples were analysed immediately after adjustment on day 0 and then after three, six, nine and twelve months after storage in the dark place at 22 °C. The highest concentration in the pasteurized Velvet Bolete sample was observed in putrescine (1079 mg/kg). In the process of the experiment, this one and other biogenic amines levels decreased, except for tyramine, which showed a slight increase. The highest concentration in pasteurized Bay Bolete sample was also observed in putrescine (768 mg/kg) which, together with other biogenic amines levels, decreased. The frozen samples were stored at -16 °C and samples were taken every third, sixth, ninth and dozenth month. Changes in the concentration of biogenic amines and polyamines in the frozen sample of Velvet Bolete were identical with changes during pasteurization. Changes in the concentration of biogenic amines and polyamines in frozen sample of Bay Bolete were different from the pasteurized sample. Tryptamine, putrescine, spermidine, and spermine levels increased steadily, whereas the 2-phenylethylamine and tyramine levels decreased slightly. The monitoring results show that not even a unprofessional method of preserving wild mushrooms will lead to a substantial increase in the levels of biogenic amines and polyamines in the material of the wildly growing edible mushrooms.

This thesis deals with monitoring the durability of FRP reinforcement in different types of environments which cause degradation. The theoretical part of the thesis describes reinforcing fibers, matrix materials, manufacturing technology of composite reinforcements by pultrusion and durability of FRP materials in environmental degradation. In the experimental part of this thesis was carried storing samples reinforcements in alkaline environment with various temperatures. As suitable were selected temperatures of 20 °C, 40 °C and 60 °C. Subsequently are described changes in physical properties of the reinforcements and tracking optical microscope.

Diploma thesis The possibilities of using renewable energy sources in a family house in the village of Hovězí is divided into two parts. The theoretical part describes the types of renewable resources and the possibilities of drawing up the subsidy program Kotlíková dotace. In the practical part describes the object of the family house. For this house the necessary attachments were made for the possibility of drawing the Kotlýkové subsidy and the most suitable source of heat was chosen with the calculation of the costs of implementation and evaluation of the payback period.

The thesis deals with optimization of the manufacturing process of the muzzle device designed for assault rifle. The most common titanium alloy named Ti-6Al-4V was chosen for this task. The introduction summarizes previously existing types of muzzle devices and further describes the SLM technology with a special focus on titanium alloys processing. The optimization methods and their follow-up testing were designed according to theoretical knowledge that is summarized in the theoretical part of this work. Firstly, the aim was to describe the optimization of the manufacturing process with attention to preserving the relative density of the parts. Secondly, the mechanical properties of the parts that underwent different heat treatment were tested.The obtained data were then used to design and manufacture a muzzle device that underwent further testing in real condition afterwards.

This diploma thesis deals with the supply of heat in a particular block of flats in Brno. It deals with supply for heating and for hot water heating. The introduction gives information about the considerated building and also generally, but especially with regard to the current situation with consumption and heat supply. Subsequently, the thesis describes the individual possibilities of obtaining heat. There are mentioned classical heat sources as gas boilers, but also less commonly used as co-generating units or solar collectors. Furthermore, the work is calculating from the technical and economic point of view for heating options chosen by the investor. Finally, the work compares the options from viewpoint of benefits, budgets and returns of possible investments.

Subject of my diploma thesis is design of new kindergarten for approximately 75 children in village Velký Týnec near Olomouc. Design is made in level of detailed design. The purpose od desing is hand in hand with the concept of preschool education - it is based on the fact that a younger age child has acquired the basics of key competences and thus has the prerequisites for his / her lifelong learning that would allow his / her easier and more reliable application in society. The architectural concept is based on a mutual dialogue between investor (supervisor) and designer (student) and takes into account the territorial, property, historical and other relationships in the given locality. Proposed building is an arched, non-duplex, two-storey building. The facades of the building are designed as ventilated, with wooden tiles, the roof is single-faced with a sloping attic. Entrance to object is from north side. First floor is divided into three parts - central part with entrance atrium and two side wings with nursery schools. Second floor consists of the third department of kindergarten, headmaster office and the quarantine room. The static desigh of object is made up of ceramic blocks on the first floor, and on second floor, the system is combined with cross-sections which are led by columns. The ceilings are designed from pre-stressed spiroll panels. Park landscaping was designed on the surrounding site.

The aim of diploma thesis is describes the design of heating in a primary school in Trenčín. In this project are two variants of the heat source. The first variant is heat pump of an air/water of split design and second variant is two gas condensing boilers. The thesis includes hot water preparation. In the experimental part of the thesis is deals with heating output of radiators.

Master thesis deals with the utilization of waste heat from Nova Mosilana company. Theoretical part of this work is focused on the waste heat description (heat, heat quantity, heat temperature/quality, composition of waste stream) in which a considerable energy potential is hidden. The other parts describe waste heat technology, especially heat pumps, Organic Rankine Cycle (ORC) and system absorption cooling. Some of the technologies described in the theoretical part are used in the design of the more efficient existing waste heat utilization, especifically power and cold production.

This thesis deals with thermal calculation of asynchronous motor. The theoretical part deals with principles of heat transfer, which are important for thermal calculation. Another theoretical part describes asynchronous motor analysis and its loss. In the practical part, these losses together with the electromagnetic circuit are calculated. Subsequently, two thermal networks are created to calculate the warming of individual machine parts. To ensure the correctness of the result, a bound model of partial calculations of the asynchronous machine is created. The next step is to compare the calculated electrical quantities and the calculated temperatures with respect to the measured values.