The aim of this diploma thesis is validation of numerical simulation of the ceramic core manufacturing in the investment casting proces. The first part submit the theoretical description of the manufacturing of the ceramic cores and a description of the basic principles of numerical simulations. The second part compares the video recording of filling the wax-ceramic mixture to the die-casting mold and simulation of the same process created in a simulation software Cadmould 3D-F.

The thesis deals with drafting project documentation for the new building of the kindergarten. The building is designed in two separate classes, each with a capacity of 24 children, facilities for teachers and classroom for smaller rings. Parts of the building is designed for the needs of kindergarten kitchen. The building has two floors, brick bearing system. Warmth contact insulation system with an insulating layer of polystyrene. Roofing flat roof of the building.

The aim of the project is a new construction of an equestrian center in the cadastral area Kuřim, South Moravian Region. It is designed for the public. The building has two aboveground floors. In the object there is stable, a riding hall with handy storages that are separate from the public. Another part is divided into facilities for riders, restaurant and accommodation. The second floor has a café, shop and offices. The hall is designed as a reinforced concrete frame, the other parts of the brick system Porotherm. The roof is pitched. The cladding is designed as a ventilated facade.

The master's thesis deals with the project of the new building of the Sports Hall in the Staré Město at the stage of project documentation for the construction on plots 2420/1, 2420/41, 2420/42, 2420/43, 2420/44, 4568/38, 6277/2, 6277/3 , 2517/4. The plots on which the construction is proposed are flat or slightly sloping. The building has no basement, has two floors. The perimeter structures in the locker rooms are designed from ceramic blocks of the POROTHERM system, including the thermal insulation system according to the principles of ETICS, and in the gym from the curtain walling of the KINGSPAN system. Horizontal structures are folded prestressed ceiling panels SPIROLL. The cloakroom building is covered by a warm flat roof, and the gymnasium by barrel roof made of glued laminated girder. In the sports hall, 5 changing rooms are designed, including sanitary facilities, then facilities for the operation of the hall and refreshments for spectators.

In this diploma thesis the preparation of ceramic catalytic materials was studied. They were studied by means of catalytic activity on powder samples and in a form of membrane as well. At first were multicomponent perovskite materials with the help of “glycine-nitride synthesis” synthesized. Two types of perovskite systems were prepared. First system was on the basis of nickelates LaNiO3 and the second one on the basis of cobaltites SmCoO3. Both of them were doped with aluminium and calcium. Ceramic powders were catalytic tested during reformed reaction. A part of powders was pressed with hydraulic biaxial press. Then the membranes were calcinated, sintered and polished. The membranes were tested to specify the catalytic activity. At first they were in hydrogen atmosphere reduced and afterwards came through the partial oxidation. The appearance of coke fibers on the surface was discussed.

The subject of this diploma thesis is the design of a new building in the center of Český Těšín - an accommodation and recreational facility called Penzion Noiva. The guesthouse will provide not only accommodation for up to 36 people, but also the wellness center and the restaurant. In terms of construction, it is a free-standing building with two above-ground floors, ground floor, basement and two terraces. On the ground floor there is a lounge, a restaurant and its facilities, the director's office and a hall with a reception adjacent to the main entrance. The main entrance to the building is oriented to the west, where there is also an entrance to the restaurant terrace. The first and second floors contain 14 double rooms and two four-bed suites with kitchenettes. The basement is divided into two parts. One part of the basement contains the wellness center with saunas and a relaxation room. The other part serves as a technical background of the building where there are locker rooms for the staff, storerooms, and air conditioning rooms. The access to the basement for the staff is provided by a side staircase and a lift for staff. All floors are connected by a main staircase with a lift. The building foundations are made of strip foundations. The external wall of the above-ground floors and ground floor is designed from Porotherm ceramic blocks. The basement external wall is built of concrete blocks. Porotherm ceramic blocks also form the internal loadbearing and non-loadbearing masonry. The floor structures are designed as cast-in-place reinforced slabs. The roofing of the building consists of a warm flat roof with a parapet wall, and the screed to fall is made of thermal insulation. The terrace is located on the part of the roof, which is designed as a green roof. Balconies with aluminum railings containing glass balustrade are designed from reinforced concrete slabs.

The aim of the diploma thesis is to elaborate design documentation for the construction of a newly-built firehouse. The building is designed in the cadastral area of Lažínky. The plot is located on the outskirts of the village, in an area that slightly slopes to the south-east. The building is designed as one floor with a partial second floor and a partial cellar. The function of the firehouse is to create the base for the fire unit of the SDH category JPO V. Furthermore, the object concerns an assembly hall with the capacity of 80 guests. The documentation also deals with a parking lot with a total capacity of 31 parking spaces and turning point for cars and buses. The building is based on plain concrete strips. The basement perimeter walls will be made of permanent formwork. Other vertical structures will be made of clay masonry. The reinforced concrete cavity ceiling panels will be used for the floor structures. The roofing is designed as a warm flat roof.

The subject of the diploma’s thesis is elaboration of design documentation for execution of an fire station. The fire station building will be used for the continuous performance of the fire protection units of the Fire and Rescue Service of the Czech Republic for the Olomouc region. The fire station is divided into two operating units. The first part is three storey, partly basement – administrative. The second ground floor is consist of garage spaces and technical background. Both units are dispositionally and operationally interconnected. The structural system in the part of the administration and technical background is wall transverse system made of clay blocks, except of perimeter basement walls, which are lined with concrete fittings (lost formwork). The garage spaces are formed of precast concrete frame. The roof structure is designed as a warm flat roof. The whole object is insulated with a certified thermal insulation system.

Subject of this diploma thesis is a design of a newly built accommodation and relaxation centre Resort Sázava. The structure is located on a sloping plot near town Sázava, in Kraj Vysočina. The locality is situated in preserved area Žďárské vrchy. The facility is divided into three buildings by their function. The buildings have rectangular shapes and have gabled roofing. The resort offers services of accomodation, boarding, conferences, relaxation and sports. The whole facility was designed in architectural study along with its functional linkups. Object SO 01 with restaurant and conference rooms was designed in detailed design documentation.

The subject of my diploma thesis is an elaboration a design documentation for a newbuilding of a nursing home. The building will be located on the town part Brno - Bystrc. The building will serve to accommodate seniors and ensure their quality and dignity. The building is designed as a detached house with a oartial cellar and three floors. Part of the building are also garage spaces situated in 1S, accessible by both the elevator and the walkway. The mainentrance is in height level a ground floor. External loadbearing structures are made of ceramic. The ceiling structure is made of Spiroll boards due to a larger span between supports. The building is roofed with a flat roof. The staircase is reinforced concrete. When processing, it was given the emphasis on the layout design, architectonic and technical arrangements and on a safe usage of the building. The drawing documentation os processed in the AutoCAD programme.