The subject of my thesis is to elaborate the project documentation for construction execution of an administrative building with added production hall which is found in the town Benešov near Prague. The object of the administrative building has one underground and free above-ground floors. The underground floor serves for operating purposes connected with production. The first above-ground floor serves for staff catering. On the second above-ground floor we can find social rooms, dressing rooms and washrooms for employees. Offices can be found on the last third above-ground floor. Vertical supporting constructions on the underground floor are made of blocks filled with concrete i.e. 300 mm. On the above-ground floors rhere are vertical supporting constructions which are made by walled technology from ceramic Therm blocks i.e. 300 mm. Vertical constructions partially consist of precast wall panels and partially of monolytic panels i.e. 250 mm. The roof is designed as a flat green area. During the design processing the impact was put on increased comfort for using and overall modern concept of the object.

The subject of this diploma thesis is the design and elaboration of project documentation for the implementation of a new multifunctional building. The building will be located in the city of Brno in the district of Ko-márov. The new building will be divided into three separate functional units - underground garage, office space with hairdresser and residential part. Each apartment is equipped with a separate balcony. It is a four-storey, partly basement multifunctional house with a flat roof, based on reinfor-ced concrete slab. The construction system is designed wall. The basement part of the buil-ding is built from concrete molded blocks of permanent shuttering, the above-ground part from ceramic blocks of the Porotherm system. The ceiling structure consists of reinforced concrete monolithic slabs. The windows will be plastic. The thesis is designed in accordance with applicable laws, ordinances and standards.

This diploma thesis deals with design of new building multifunctional house in southeastern outskirts of Brno in urban district Holásky. The three-storey building combines purpose of permanent housing, stomatology center and pharmacy. Business premises and technical facilities are located on the ground floor. Overall twelve dwelling units with layout design as one-bedroom flat and two-bedroom flat are placed on above-ground floors. Designed building has rectangular trapezoid shape and copies triangle shape of flat building plot. Parking spaces are perpendicular to adjacent access road. External walls are made of 500 mm thick Porotherm hollow clay blocks with inserted mineral insulation. Ceiling structure is designed as reinforced concrete slab, which is divided into set of smaller two way slabs. Building is roofed with flat roof, on it are placed solar collectors used for water heating and reducing operating costs. Effective management of rainwater which is collected and reused helps decrease environmental impact of building. Total energy consumption of the building is reduced by building compactness. Thesis contains project documentation for the construction.

Production of top quality castings for applications in energy, aerospace and medical industries by the addition of ceramic cores to investment casting presents many metallurgical and technological problems. Ceramic cores applied in investment casting are subjects to many requirements in terms of their inertness to the casted alloy and at the same time to their final removal from the casting cavity in such a way that does not damage the casting. Both of these assumptions can be achieved by applying a thin layer of inert oxide ceramic coating to the surface of a ceramic core, made out of a chemically removable – leachable oxide ceramic.

Diploma thesis deals with the research of oxide interphase of ceramic composite in dependence on the amount of precursor used in sol – gel method for deposition of titanium dioxide thin layer on corundum.

The subject of thesis is a project documentation of a single-standing multifunctional building. Object has 4 floors with no basement. Vertical load-bearing structures are designed from ceramic masonry Porotherm. Ceilings are monolithic, reinforced concrete. The roof is designed as a single-layer flat roof.

This is a reconstruction of the parish in Brankovice. The building has two floors, is partly a basement, attic, unused, false hip roof. The building was built in the Baroque - Classical style around 1773. The facade is horizontally divided by plinth, shams around windows, and by a cordon cornice lisenas vertically between windows. The front is accentuated by protruding buttress. The building consists of mid-section and two side wings, the layout is strictly symmetrical. The central axis of the main entrance to the building, which is linked to the entrance hall. On the second floor, there is a staircase hall in the central part of the building, connected to all rooms, which are further connected to each other. The rooms on the first floor will be used as an apartment for the pastor. The part of solution is reconstruction and extensions of bathrooms and garage. Bearing system of solved object consists of burnt bricks. The extensions is designed as ceramic brick blocks Therm masonry.

The thesis project is a two-storey motorshow in Ostrava Poruba. It is a detached building with a second floor just above the ground brick part of the ground floor . The building is designed for sales and service of car . In front of the first floor is a shop with WC intended for the customers. Behind this section is on the first floor the facilities for employees , WC , kitchen, two showers and changing rooms . There is also a quick intake for 2 cars. On the second floor are located the office with separate WC . For this part of the building is the last part of a car dealership and service. Here you will find desktop with three separate workning places , part intended for minor repairs , drive trough car wash , paint shop , utility room and a spare parts warehouse . The structural system of the building consists of a steel construction with reinforcing brick core . The cladding of first floor consists from infill brickwork Heluz 20 with contact insulation system . The cladding of second floor from bearing brickwork Heluz P15 30 with a contact insulation system . The construction of the roof deck consists of single-layer straight roof . The supporting structure is made of concrete slab concreting trapezoidal sheet metal deposited on steel lattice girders. The roof deck is insulated with polystyrene EPS 150S . The waterproofing layer is made of two layers of modified bitumen sheet with reinforcements.

Subject of master´s thesis is an apartment building in Uhersky Brod. Subject is designed on a sloped site in central urban area of the city. Apartments are placed on three floors above the ground level, in underground floor is situated a garage. Vertical load-bearing structures in lower floors are made of monolithic reinforced concrete, upper floors are made of ceramic blocks HELUZ. Whole building is insulated with external thermal insulation composite system. Horizontal structures are made of monolithic reinforced concrete. Roof is partly mono-pitched, partly double-pitched truss roof.

The kontent of the diploma thesis is processing of project documentation for administrative building in Hodonín, first done as a feasibiity study and then as a pilot project. The object is standalone, with free floors. The work also comprises the thermal technical assessment chosen constructions, the fire protection report, the accompanying report, the summary technical report and the technical report. The building is designed with traditional building materials – KM Beta. Encosure is designed as single-layer flat roof.