The subject of this diploma thesis is a proposal of a warehouse hall and an operation hall in Sokolnice. A land of the investor is located on Kobylnická street. Designed building is devided into two buildings which are a warehouse hall and an administrative building. The warehouse hall is designed as three-ship and has one floor above the ground. This building is designed for feed storage and breeding needs. The administrative building has got two floors above the ground. There is an office space for administrative company activity, facilities for employees and a company store. The support system of both buildings is made of steel structure, which is clad with insulating sandwich panels. A ceiling construction in the administrative building is also designed of steel support elements and trapezoidal sheet metal which is covered with a concrete layer. A roof construction of both buildings is flat, single skin and drained by means of a vacuum pipe. A roof composition consists of trapezoidal sheet metal, vapor barriers, dropped thermal insulator and from coating waterproofing. Internal layout is designed from plasterboard partitions. Thermal insulation in the plinth area at the warehouse is solved by using ETICS system. Foundation structures are designed as monolithic. Diploma thesis, according to the assignment, contain the creating of project documentation for the construction.

Klimatet är i en ständig förändring och den globala uppvärmningen är bland det störstamiljöhoten i världen. Människans utsläpp av växthusgaser är den främsta orsaken till denklimatförändring vi ser idag. En betydande del av samhällets miljöpåverkan kommer frånbygg- och fastighetssektorn. Byggmaterial står idag för betydande utsläpp. Gipsskivoranvänds flitigt inom byggprojekt. I denna studie undersöks och jämförs olika skivmaterial som används som ytskikt tillinnerväggar i småhus. Studien går in på funktionskrav och miljöaspekter med fokus påkoldioxidutsläpp. Syftet med studien har varit att ta reda på om det finns något rimligtersättande skivmaterial för gips i innerväggar i småhus. Med hjälp av en kvantitativ studie harflera olika skivmaterial analyserats och jämförts, först för att se om de har en godkändbrandklass för småhus och därefter har skivmaterialen jämförts med hänsyn påkoldioxidutsläppet. Skivans pris, vikt, återbruk och återvinning har tagits i beaktande menfokuset har varit på koldioxidutsläppet. Resultatet av arbetet visade en bred spridning av mängden koldioxidutsläpp mellan dematerial som undersöktes. För att besvara frågeställningen analyserades även vikt och pris pådiverse produkter som även de visade på en bred spridning. Slutsatsen i detta arbete blev attde träbaserade skivmaterialen var rimliga ersättare till gipsskivor i torrum ur en miljömässigsynvinkel med koldioxidutsläppet i fokus. / The climate is constantly changing and global warming is among the largest environmentalthreats in the world. Human emission of greenhouse gases is the main cause of climatechange we see today. A significant part of society's environmental impact comes from theconstruction and real estate sector. Building materials today stand for significant emissions.In this study different sheet materials used as surface layers in single family houses areexamined and compared. The study addresses functional requirements and environmentalaspects with the focus on carbon dioxide emissions.The purpose of this study is to find out if there are any reasonable replacement sheetmaterials for plaster in interior walls of single family houses. Via a quantitative study severaldifferent sheet materials have been analyzed and compared, first to see if they have anapproved fire class for single family houses and thereafter the sheet materials have beencompared regarding carbon dioxide emissions. Price, weight and recycling have been takeninto account but the focus has been carbon dioxide emissions.The result of this report showed a wide spread of the amount of carbon dioxide emissionsbetween the different materials that has been analyzed. To answer the issue, price and weightwere also analyzed, which also showed a wide spread. The conclusion of this report was thatthe wood based sheet materials were a reasonable replacement for plasterboards indoors froman environmental point of view with carbon dioxide emissions as the focus.

The theme of this diploma thesis is a project of the polyfunctional building with offices and sportbar for business activities. The projected building should be located in the village Jemnice in the street ,, Budějovická“ It is a four-storey house with partial basement, which is situated on midly sloping land. The house is built of brick blocks POROTHERM. The ceilings of the house are made out of fundamentals roofs Miako. The partitions are combination of brick systems POROTHERM and Knauf plasterboard partitions. The roof is slant double-coating covering of systém Fatrafol – S810.

The use of temporary, prefabricated buildings in Britain during the twentieth century arose from wartime need to provide better, and perhaps more importantly, portable shelter for troops and equipment. This thesis provides the first comprehensive list of hut designs for the First and Second World Wars. The full lists and descriptions of each hut are given in the appendices. These lists, 20 types for the First World War and 52 from the Second World War, show the huge range and scope of the huts used and is the major contribution of this thesis. The concentration here is on generic types. Some huts were designed as one-offs and there is no possible way to catalogue these. This thesis has focused instead on those designs or industrially-produced types, which were meant to be produced en-masse as generic solutions to the problem: the sort of hut that might justifiably be given a name (such as a ‘Tarran’, a ‘Seco’, etc.). This thesis provides essential information enabling historians to be able to identify these types. It uses primary and secondary sources to trace the development of these huts and the effect that wartime shortages had on their design. Beginning with the earliest examples of temporary military building, it then focuses on the huts of the First and Second World Wars followed by a study of huts grouped in chapters by material. This research shows that the wartime period pushed industry to make giant leaps forward with construction methods and materials in just a few short years, where otherwise it may have taken decades. This thesis aims to provide the first overview of this process and to enable future researchers to identify and understand the development of these important wartime structures, many of which survive to this day.

This master´s thesis deals with a draft of a health centre building in Chlumec nad Cidlinou. The centre is situated on a corner building site with barrier-free access near the city centre. The building is designed with simple functional lines ground on foundation strips with flat green roof. The perimeter walls, internal load-bearing and shear walls are from vertically perforated T&G block bricks. Internal non-load-bearing prefab walls are coated with plasterboard. Ceiling constructions and an attic are made of monolithic reinforced concrete. The building envelope is insulated with mineral wool. Most of the perimeter walls are coated with breathable facade made of lacquered galvanized lamellas and minor part of walls is compositely insulated and plastered with a scratched facade plaster. The health centre building is notionally divided into two masses with a three-storey west part and two-storey east part of the building. Both parts are mutually connected by vertical communication space with elevator looped by counter clockwise three-flight staircase. Ambulant health care will be provided in total 9 consulting rooms, 3 ambulant care offices and private clinic with 3 consulting rooms. Independent business of the commercial area and café provide the additional function. The master´s thesis also includes assessments in terms of fire risk, energy saving and heat protection, acoustics and vibrations, lighting and sunlight.

This Master´s thesis is focused on block of flats project documentation, claims for fire safety and thermal and acoustic properties of structures. The brick building is detached and has three floors without basement. These floors are connected by a lift. The block of flats is based on the footings, external walls are insulated by a contact thermal insulation system. The tent roof is consists of truss in two levels. The building is designed for nine flats and one of these flats is wheelchair accessible. Truss design is also a part of the project.

The subject of the diplom work was to prepare a detailed project documentation of the penzion with hippotherapy in Veseli nad Moravou. This is a document processing house with two floors and the building stables. The object of the pension are located accommodation rooms, dining room and especially apartment manager. The building is located 12 stables are housed boxes, feed stores and higienické facilities for guests.

Processed topic of final thesis is fire station type P in Brno - Líšeň. Object is composed from three parts, main building, garage for fire vehicles and garage for other vehicles. Main entrance and exits from the garages are situated on southeast. Garages are single-storey, main building has two floors. Object has a pitched roofs with metal roofing. Foundations are from concrete and reinforced concrete. Structural system is partly masonry and partly reinforced concrete frame.

The thesis deals with a new hotel construction in Brno. The paper aims to elaborate a project documentation for the construction of the building. It is a detached building in a slightly sloping terrain. The building has three floors and one underground floor. On the underground floor there are jointly-shared garages and technical background of the hotel. On the first floor there is a reception, a restaurant, a café and an open-air terrace. The second and the third floor is designed to accommodate guests in double rooms and suites. There is also a manager´s office and a conference room. The bearing construction consists of a ferroconcrete skeleton with a bricked outside envelope of aerated concrete blocks Ytong. The skeletal construction is built on a monolithic foundation footings. The building is covered in a flat single-coat roof which is partly designed as a vegetation roof. The facade of the building is glazed in the northern part of the 1st floor and some parts of the facade are coloured green, the others are of various colours. The building is insulated with a contact insulation system.

The subject of the diploma thesis is to elaborate the project documentation of a newbuilt multifunctional building in Považská Bystrica. The multifunkcional building is designed as a three-storey without basemen. In the first ground floor there are dental and gynecological surgeries with facilites, a cafe and director's office. In the second there are office spaces with facilities for rent. On the level of the third floor there are two-rooms flats and one four-room flat, while there are also storage spaces for each of the flats. The building of the multifunctional house is based on reinforced concrete foundations. The vertical construction system consist of reinforced concrete perimeter walls and perimeter reinforced concrete columns in combination with an internal load-bearing walls of the reinforcing core of the building. The partition walls are designed as a plasterboard walls. The horizontal load-bearing structures are made of reinforced concrete prestressed panels. The roofing of the building is designed as a flat one-layer roof. The roof of the terrace consist of an extensive vegetation flat one-layer roof. The roofing of the awning at the main entrance to the building is design as a reinforced concrete monolithic console with one-layer flat roof a skylight. The building is insulated with the external thermal insulation composite system (ETICS). The façade of the communication core of the building is made of brick cladding. The rest of the façade is made of a thin layer white plaster.