Dissertation deals with thermal technical assessment songs vegetation roof with moisture, the more the influence of vegetation on the roof thermal stability of the structure. The aim of this work is to demonstrate the beneficial effect of vegetation roofs, specifically growing Formation of thermo-technical point of view on the favorable temperature conditions in the building. Such speech can be captured only if it is judged-temperature profile dynamically daily operation of real marginal climatic temperatures. Using a stationary or quasi-stationary boundary climatic temperatures which are usually used for the determination of the energy performance of buildings, said effect can not be collected. Demanding simulation calculation, which apply material properties - thermal conductivity, density and thermal capacity, but gives a realistic picture of the thermal processes in progress not only in the roof structure of the building, but also across the entire circuit construction of a building. During the preparation of the dissertation was assembled machine program that works with the energy flow between rooms in the building and the surrounding environment. Furthermore calculates temperature gain of residence of persons, internal lighting and sunlight. The values of the internal environment are calculated from surface temperature, relative humidity, air exchange and, of course, the indoor air temperature with hourly weather data. In constructing the program was included in the calculation of the solar radiation both on flat and on an inclined surface. The output of the energy value and temperature conditions in individual rooms, which include not only thermal insulation but also thermal storage properties of an object. Using experimental measurements were able to demonstrate that the calculated values closely correlate real thermal processes, so it can be demonstrated through the calculated results of the vegetation roof has a favorable effect on the thermal state espe

The subject of this diploma thesis is a project of boarding house. The building is situated in moderate slope terrain in cadastral territory Znojmo-město. Boarding house capacity is 36 beds. Boarding house has three floors and is designed from the structural system Ytong. The ceilings are made of filigree floor panels. The roof of the house is built as flat vegetation roof. In the first floor there is located main entrance, reception desk and dining room. In the second and third floor there are rooms for guests.

In these diploma thesis we deal with the design of a new library with a cafe. The bilding is located on a flat land in the city of Trencin, near Trencin castle, which is the main landmark of Trencin. There is also a bus and railway station nearby. It is a two-storey building with a partial basement. In the basement of the building will be located archive library and technical equipment. On the first floor there is the main part of the library with a cafe. On the second floor there will be a library with an administrative department. The construction is based on the White tub system. The construction system is skeleton with reinforced concrete ceilings. The roof is designed as flat and vegetation. A ventilated brick facade is designed for the library.

The Thesis deals with a design and project documentation for the public library in Ivanovice na Hané. The construction was designed as the four-floor object with a partial cellar. The ground plan creates a rectangle. The object is roofed with a warm deck flat roof. In the basement, an archive area and a utility room prevail. On the first floor of above-ground, there is a space for public and employees. In the separated area, the Confectionery equipped with own sanitary facility for customers and employees is located. There is a spacious entry hall with the access to individual floors. On the second floor, the free library and the children´s department are situated including a lecture hall with own facilities above the Confectionery. On the third floor, there are the library headquarters and the reading area. You can find the sanitary facilities for public on each floor. The object structure is made of a monolithic reinforced concrete skeleton filled with the masonry from acoustic ceramic tiles on the above-grounded floors. In the basement, the structure is created by reinforced concrete walls and walls from the formwork. The ceiling is made of reinforced concrete prestressed panels. The object is based on the ground slabs. In the area of lift shafts, the structure is from the reinforced concrete slab. The walls in the basement are insulated with the XPS polystyrene; in the above-ground area by mineral wood boards and ventilated facades.

This diploma thesis deals with the proposal of the municipal office in Olomouc for the part Hodolany. The municipal office is a detached building with indoor and outdoor parking spaces. The building has four floors, one underground and three above ground. In the underground floor there are archives of all departments of the office and the air-conditioning of the building, a large part of the first floor are ga-rage parking, there i salso a Café and a representative hall. On the second floor there is the seat of the office management, building office and transport department. On the top floor you will find the OP-RP-CP cabins, the HR department and the archive with server. A lift and a 3-aisle staircase are used to cennect the individual floors. The building is designed from structural systém of ceramic fittings and part of the foundations of paermanent formwork. The ceilings are assembled from ceramic fittings with reinforced concrete. This ceiling also forms the supporting part of singleskin flat vegetation roofs. The thesis cantains project documentation for construction.

The subject of this thesis is design of a new kindergarten for 36 children in the village Uhřice near Kyjov. The design is made in level of detailed design. The designed building is a partial basement, two-storey building of elongated shape. The facade of the building is designed as ventilated with wooden cladding, the northern part of the building is with contact thermal insulation system. The building has two single-layer flat roofs, one with a vegetation layer, the other with a PVC roofing with an attic. Entrance to object is from south side. On the first floor there are two separate departments for education of children with facilities and there is a technical-economic background in third part. On the second floor there are special classrooms that can be used by both the kindergarten and the adjacent elementary school, as well as the public. There is also a central office, a meeting room and a special speech therapy room. On the underground floor there are warehouses and technological facilities. Static scheme of the building consists is combined system of ceramic blocks and reinforced concrete columns with girders, in the basement is used reinforced concrete walls. The ceilings are designed from prestressed spiroll panels. Park landscaping was designed on the surrounding site. The purpose of the object is in the concept of preschool education. The concept is based on children acquiring the fundamentals of key qualities from outset and acquiring prerequisites for their lifelong learning.

My thesis project is the newly built medical center. It is a detached building, which is situated on a slightly sloping terrain, which will be compensated. The building has a partial basement and two floors. In the basement there is technical support. On the first floor there is a reception, waiting room, nurses, clinic and pharmacy. On the second floor there are again waiting room, nurses, clinic and exercise room. The property is adjacent park. The building is brick ceramic blocks HELUZ is based on the footings. It has a ceiling of prestressed panels and flat roofs, one of which is designed as vegetation. The building is insulated contact system.

The theme of the diploma’s thesis is a Multifuntional house in Beroun. It is a new building of an independently building. The building is situated in the part of Plzeňské předměstí in the town Beroun, on the Košťálkova street. The rectangular building has three aboveground floors and one underground floor. There are a café with facilities, two shops, a utility room, the main entrance and household facilities on the partunderground floor. On the aboveground floors are situated 14 dwelling unit of different sizes, one of them is designed for persons with reduced mobility and orientation. The supporting vertical system is formed a of a reinforced concrete skeleton and a infill wall from ceramic bricks POROTHERM. Reinforced concrete slabs create the horizontal supporting constructions. A vegetation flat roof forms the roofing above whole building. The peripheral building shell consists of a ventilated facade from fiber-cement boards.

Diploma thesis is prepared in the form of project documentation of building work for sports complex. The building is located in Štarnov, is free standing and has two floors. The structural system of the building is a reinforced concrete skeleton in combination with bearing masonry elements from porotherm. The roof will be made as single – layer flat roof and vegetation. The first floor there are changing rooms with social background and warehouse, technical room and cleaning room, fitness with changing rooms, there are reception, warehouses, changing room for employes, social background and bar. In the second floor is used for accommodation, session room and office.

The aim of the thesis is the design of project documentation of the new-building of library including road and technical infrastructure. Project is concerned with urbanistic, architectonic and construction-technical design of the building. The main assignment of the building is information and education activities. Object the library provides a comprehensive library and bibliographic services for scientific-pedagogical employees and students of the Brno University of Technology, other universities and other specialistic public. It is a detached building situated in the cadastral area Veveří close to the area of the Faculty of Civil Engineering of the Brno University of Technology. Object has 3 above ground floors containing the reading rooms, the study rooms, area of the cafe and also allow storage of the book stock. Bearing structure of the building is formed by a monolithic reinforced concrete skeleton mounted on the base plate. Facade of the building is in front of the bearing structure, is ventilated and outer surface is formed by laminate cladding panels. Roofing of the object is flat vegetation roof with planting of extensive vegetation.