This thesis deals with the comparison of rainwater and its subsequent use. Especially, it compares the rainwater from the classical and green roofs. The thesis is divided into two parts. The first part deals with roofs in general, it focuses mostly on green roofs and green roofs in Norway. It also deals with precipitation and the use of rainwater. In the second part there is a brief introduction of organization called „Open Garden“. Susequently, this art is focused on the analysis of samples and their subsequent coparison in the framework of classic and green roofs. The second part is also focused on the comparison of water quality during the time.

The master’s thesis as focused on the design a kindergarten located in Vrbovec. The project documentation is suited for the execution of construction works. It handles about a single storey object with a green roof and is recessed into the hillside. The green roof corrects seamlessly with the surrounding terrain. A feature of the build is that, it is founded on milled foamglass. Vertical structures are from silicate blocks, excluding the walls in contact with soil are based on hidden formwork. Design of the building respects the local plan of Vrbovec. There are going to be two groups of children, thus the disposition is accustomed to that. Maximum capacity is 48 children. It is shape and color design represents an architectural site, it is properties function in terms of energy savings.

This thesis dealing with the project documentation construction of the stage for building construction on a new building golf club. This is a partial basement, two-storey building. The building is designed from sand - lime brick system KM Beta Sendwix in the basement was used shuttering blocks CS concrete. The ceilings are designed as reinforced concrete cross floor slabs. The roofing is made by flat roofs vegetation at different levels.

New-building of leisure center. The building contains two stories, without basement. Structural system of building is created by Porotherm and supplemented by reinforced concrete columns. There are large entrance hall, canteen, lecture and exercise rooms in the ground level. Accommodation rooms, private apartment, laundry room and building manager’s apartment are situated in the second level of building. Roofing of the two-storey building is created by arched truss. The single-storey building is roofed by green roof.

This bachelor thesis is about a senior house. The object is placed on a mildly sloping terrain. A perimeter wall is made from lime sandstone blocks and inserted into a wall footing made from plain concrete. Ceilings are prestress panels SPIROLL. A roog is gabled A roof is vegetative with concrete tile, on a part of the roof is vegetative roof with lush vegetation. On the first floor is functionally divided into several sections. There is especially catering and facilities for residents. Next is boiler room and operational part. Surgery and workshop is a separate part of the house. On the first floor are also four flats. Second floor of the house is only for residential, there is 18 flats size 1+kk. The design documents are adapted into A documentation for realising a structure.

The master’s thesis deals with new building of hotel in Bludov. The thesis is processed in the form of project documentation for new building, containing all the requirements according to applicable standards and regulations. The building is located on flat terrain. Two-floor, partially basement building respects the height of existing buildings. In the basement there is a technical background. At the ground floor is located restaurant with kitchen facilities, fitness centre, infrared sauna, relaxation room and wheelchair access rooms. On the second floor there are rooms for the guests. Peripheral masonry of the basement is composed of permanent formwork. The remaining walls are made up of brick blocks. The roof over part of the ground floor contains vegetation. Roof above the second deck is partially saddle roof and mono-pitched roof.

THIS DIPLOMA THESIS DESCRIBES THE DESIGN OF AN ADMINISTRATIVE BUILDING WITH GARAGES FOR A COMPANY ENGAGED IN THE PRODUCTION OF CONCRETE PRODUCTS. THE BUILDING IS SITUATED IN THE TOWN OF PLANA NAD LUZNICI, NEAR THE TOWN TABOR. THE OBJECT DOES NOT HAVE UNDERGROUND FLOORS AND HAS TWO FLOORS. THE BUILDING AND GARAGE ARE COVERED BY A FLAT GREEN ROOF WITH EXTENSIVE VEGETATION.

This thesis deals with the study of soils freezing in terms of phase change of water contained in the soil strata on green roofs. The aim of this work is to verify the effect of phase transformation of water on the course of temperature oscillation. First described the basic characteristics of soils generally, and subsequently described processes occurring during phase transformation of water in the soil and has been carried out experimental verification of the effect of moisture in the soil on the course of temperature oscillation. In the overall evaluation of the work, an analysis of the effect of phase change water in soil on the course of temperature oscillation and the resulting conclusion of work.

Malgré la présence d’un sol et de plantes, l’impact des toitures végétalisées sur la qualité des eaux est mitigé, celles-ci n’étant pas conçues pour retenir les polluants. Afin d’améliorer cette fonction, il est important de mieux comprendre les flux de polluants dans ces structures. Dédiée aux métaux, cette thèse est basée sur deux étapes : - le suivi de six toitures végétalisées construites en 2010 (Nancy), via des prélèvements d’eaux de pluie et toitures, plantes et matériaux. - Une caractérisation en laboratoire des matériaux via des observations à l’échelle miscroscopique, des essais de sorption et lixiviation. Les caractéristiques des matériaux sont globalement favorables au stockage de métaux mais plusieurs en émettent également par lessivage de particules fines ou lixiviation d’ions. Même si elles n’ont pas de capacité de stockage particulière, les plantes peuvent avoir un impact direct et indirect sur la rétention des métaux. Des suggestions techniques sont tirées de ces résultats / Despite the presence of a soil and plants, green roof impact on water quality has proven to be mixed, mainly because there are not designed to purify rainwater. To make suggestions for green roofs suitable for water treatment, it is important to better understand pollutant fluxes in these structures. Dedicated to metals, this thesis is based on two complementary steps : - the study of six green roofs built in 2010 (Nancy, France), thanks to rain and roof waters, plants and materials samplings. - a laboratory characterization of these materials via microscopic scale observations, sorption and lixiviation tests. Material characteristics are mostly favorable to metal storing but several of them have been identified as sources of metals via leaching of fine particles or lixiviation of available ions. Even if they have no specific ability to store metals, plants can have direct and indirect impacts on metal retention. Several technical suggestions are drawn from these scientific results

The topic of the diploma thesis is the elaboration of project documentation for the construction of a fire station with almost zero energy consumption. The building will serve as a fire station type P4 with the scope of the JPO I unit - a unit of the fire department with a territorial scope, usually within 20 minutes drive from the place of deployment. The designed building is a detached object with two above-ground and one underground floor. The building is designed as a reinforced concrete skeleton. It consists of two operating units. The administrative and operational part has three floors. In this part, the main entrance to the building is on the 1st floor, oriented on the south side. The technical rooms of the fire department are located on the first floor and are functionally connected to the administrative part. Exit garages, a car wash and a dryer are also attached to it. Prior to the elaboration of the project, a visit to the regional fire station in Trnava and a consultation with the director of this station took place regarding the needs and requirements of the fire department.