The submitted master thesis deals with finding the right combination of models describing the cladding behavior implemented in the FEMAXI-6 computational code and then comparing it with the benchmark Zaporoshye, Novovoronezh and the modified FERMAXI 6 program with implemented models describing the E110 behavior used for VVER-type reactor fuel rods. Initially, there is a description of the FEMAXI-6 nuclear fuel analysis program including its structure, calculation mechanics and input file description. Furthermore, the work presents the benchmarks used to evaluate individual combinations of fuel models. An important part is the description of the PIE measurement, including measurement uncertainty, which can affect the results of the work. The next chapter contains a description of what affects fuel behavior during irradiation, which can be mathematically expressed and modeled. The following chapter describes the material equations defining the E110 alloy used as cladding of the fuel rods and which were subsequently implemented into the FEMAXI-6 computing program. The last chapter is devoted to the description of the results with appropriate comments.

The subject of the thesis is the design of the detached multifunctional house in the district Královo Pole, Brno. The thesis form matches the project documentation for construction execution. The new building consists of five floors, basement and flat vegetation roof based on white tank. The aboveground floors include two stores, cafe, 14 flat units and 12 office units. Every floor has a stroller storage and the utility room which are available for all residents. The basement serves as a collective parking and there is located also the technical room. The storage cubicles for flat units are designed in the corresponding floors close to the staircase. The parking is also placed on the paved space in front of the building fitting 12 parking places including the one for the disabled. The construction system is bidirectional, formed by masonry brick elements, except for the peripheral basement masonry, which is monolithic waterproof concrete-iron structure (white tank). The ceiling construction is designed as a monolithic concrete-iron cross reinforced plate. The whole object is isolated by certified contact thermal insulation system of mineral wool thick 200 mm.

The theme of the diploma thesis is the preparation of project documentation for the construction of two designed buildings of the Primary School. Building plot for the planned new building is located near the existing nursery school near the center of Vracov. The campus is designed to provide basic education in a total of 18 classes with a proposed total capacity of 540 pupils. The complex consists of 4 main buildings that functionally divide individual operations. These are designed as free-standing, SO01 and SO04 objects will be two-storey, without basement. SO02 and SO03 objects as four-storey without basement. The construction system is designed as a prefabricated reinforced concrete skeleton with filling masonry from ceramic blocks to thin-walled masonry mortar. The ceiling construction consists of pre-stressed ceiling panels SPIROLL in combination with reinforced concrete. The staircases connecting the floors are designed in reinforced concrete. Vertical communication between floors will also be made possible by barrier-free passenger lifts. The roof cladding consists of a single-shell construction with thermal insulation made of EPS, the covering will be made of PVC foil weighted with a layer of peacock. The building will be insulated with a façade thermal insulation system with a ventilated gap and external surface treatment of HPL façade cladding panels. Paved pedestrian roads will be made of concrete interlocking pavement. The road for vehicle traffic will be with an asphalt surface. Parking spaces are designed from drainage concrete pavement. The project documentation was processed in ArchiCAD.

The topic of this master’s thesis was to make an architectural study of the Childern´s sanatorium with speleotheraphy in Ostrov u Macochy. The Sanatorium provides a professional care to the children and teenage with respiratory diseases, asthma but also skin diseases. The proposed building will primarily serve the needs of this sanatorium with the possibility of using some of its parts by the public. The area is located near the upper entrance to the Císařská jeskyně, which is now used for speleotherapy. The new building will be located on a sloping terrain near the surrounding development, which consists only of family houses. The ambition of the proposal was to use the orientation of the slope to the south, which offers a beautiful view of the town and at the same time sensitively set the building into the surrounding landscape of the Moravian Karst. The project itself consists of 4 main buildings that are interconnected by atrium in the middle. This atrium connects not only buildings, but also individual services, and thus acts as a kind of communication node.

The search for Accident tolerant fuels (ATF) which is the first part of this thesis is currently one of the most actual topics in the field of nuclear fuels. These fuels must be first successfully tested in operational and also accident conditions for their possible inclusion in commercial use. Following part of the thesis specifically focuses on the boiling crisis in nuclear reactors which can damage the nuclear fuel cladding. Therefore, it is necessary to know the critical heat flux value and the departure from nuclear boiling ratio. Calculations which determine critical heal flux value are placed in the practical part of the thesis. Calculations are compared with the data obtained during experiments. The ALTHAMC12 and the other correlations which are based on the previous measurements are used for the computational analysis.

Master´s thesis describes the design and the check of the construction of the art gallery. This hall has the elliptical ground plan, the main dimensions are 25 x 40 m and the height is 12 m. The structure consists of 24 supporting curved ribs, which are supported on elliptical ring of steel at the top of the construction. Between the ribs are inserted purlins, which support the perimeter cladding. The structure is designed alternatively like the system of the timber solid beams from the glued laminated timber and the system of the steel truss girders.

Master's thesis includes designing of exhibition pavilon on a circular platform with a diameter of 35m. The pavilon is designed as a schwedler circular dome. The construction is designed as a ball and is made of tubes. Pavilon includes designing of floors and stairs bearing system that is also made of steel.

The master’s thesis deals with the solution of selected parts of the the construction technology project of the Cultural center in Žamberk. The thesis primarily focuses on the light external cladding which is designed as a hanging light curtain wall with ventilated air gap. Several other topics are also covered, namely the building site, construction equipment and the technological process schedule.

This master´s thesis solves the construction technological project of Pharmacy Pavilon II at the Veterinary University in Brno. It consists of parts of the project site equipment, technical reports, schedule of the main building, the control and test plan, design, an inventory of machines, financial plan of organization development, a register of environmental aspects, technological regulations and the plan for securing material resources.

The object of this work is operational building of artificial lake, which is located in the cadastral area Loučky u Zátoru. The building is designed to provide the operation and safety of newly proposed water project. The building is detached, three floors and a partial basement, ground shape of a cross. The structural system is a brick, designed by the brick blocks HELUZ, based upon the strip foundation of plain concrete. Floors and stairs are made of reinforced concrete, gabled roof is covered up with concrete roofing BRAMAC.