This final thesis is divided into two parts. The first, theoretic part is focused on issue about industrial concrete floors, their production and adjustment. Special attention is paid to the mineral shakes, steel fibres and concrete, which is used to these constructions. There are more information about specific standardized tests of steel fibre concrete and some damages of concrete floors in other chapters. Second part of the diploma thesis is practical. Theoretical knowledge are applied to the actual construction. Survey methodology and diagnostic work are also desribed. Data processing and evaluation with the commentary is also attached to this part. The conclusion summarizes the results and selected findings relating to the issue are also included there.

This master’s thesis contains selected parts of construction-technological project of completion for a manufacturing hall in Drnovice. Based on the documentation used, the focus is aimed mainly at the technological report for the project and its coordination with broader relations of transport routes. Beside these topics, we discuss time and financial plans of the construction, equipment on the construction site, a proposal of main building machinery and mechanisms and the time plan of the main construction project. Furthermore, we provide a technological instructions, control trial plan for installation of a metal construction and façade panels casing, together with a comparison of industrial floors.

The solution of this Diploma thesis is a construction technological project of multipurpose sports hall Kojetín. It contains a comprehensive section for the implementation of this structure. Work in this technological project is included the following elements: inspection and test plan, technological standard, technical reports, the financial plan, the timetable, principles of organization development, budget, maintenance and service life, energy label of the building envelope.

The tesis is focused on building a new elementary school gym Třebíč, Horka-Domky, Václavské nám. 44/12. In addition to the new building itself is considered a gym and the construction of the connecting neck between the existing elementary school building andnew construction including reconstruction of the gym space newly connected corridor. Solves problems of selected parts of the building and technological project, which are: technical report, coordination situation, the financial plan of the building, site equipment oftechnological stages, a stage of construction schedule and itemized, use machines, technological regulations mounted skeleton and sports flooring, inspection and test plan, budget construction and plan for safety and health at work.

The theme of this thesis are surfaces made of unburned earth and used in architecture. The thesis focuses mainly on detailed mapping and analysis of the present state. However, it does not omit the historical roots of earthen surfaces in the area of today`s Czech Republic. In these roots it looks for connections with contemporary practice. The thesis deduces conclusions from thorough evaluation of the present situation – it shows perspectives and possible drift of the future development of earthen surfaces. Both in the field of architecture and in areas broadening this field.

The subject of my diploma thesis is a construction-technological solution for realization of a storage hall in Rousínov. The work deals with a time and financial plan for all buildings of the project Storage Hall, Rousínov. A technical report, a study of the implementation of the construction’s individual stages, a design and assessment of transport routes, a design of the construction site equipment and a design of the machinery were prepared for the building No. 2. An itemized budget with a statement of acreage and construction schedule was prepared. A technological regulation and a control and test plan were prepared for the implementation process of the wire-reinforced concrete industrial floor. Within the diploma thesis, a technological regulation for the implementation of a reinforced concrete retaining wall was prepared. Noise pollution caused by the construction site was examined and evaluated in a noise study. The environmental requirements for the storage hall building No. 2 were processed.

The diploma work has been dealing with the building and technological design of a production hall in Holešov. The work includes the general and specification report, the study of main technological phases, the site plan, the technological specification solving the transportation relations and coordination of oversize transportation, time and financial schedule of the construction, material supply plan including staff review, the time schedule for pre-cast frame assembly, machinery plan including the time employment, the site plan including the drawings, technological specification of pre-cast frame assembly and of steel-fibre-reinforced floor, inspection and test plan of pre-cast concrete frame assembly, assessment of lifting mechanism, the procedure scheme of pre-cast concrete frame assembly and the cost estimate of pre-cast concrete frame.

Diploma thesis develops comprehensive documentation of the new building construction of residential house on the level of the implementation of the project construction. Proposal emphasizes layout of linked to ensure the technical design, structural, fire safety, protection against noise, energy saving, safety in use. Work is performed in an electronic format using AutoCAD and Microsoft Word (PDF Creator).

This master’s thesis relate to the preparation and organization of the production area’s construction of the SPEDUR company in Žďár nad Sázavou. The thesis contents technical report on the construction technological project, construction site, time plans, project of the equipment site, draft of the mechanisms, control and testing plan, environmental plan, risks of safety and health at work and calculation for this construction.

Master’s thesis theme is mountain hotel project. The hotel has one lower basement and four aboveground floor. It has trditional look and the roof is double-pitched. Floor projection looks like letter "L". Main part has measurements 25,3 x 14,1 m and it has four floor. Extension is on northwest side of main part. It has measuremnts 11,85 x 9,5 m and three floor. Facede of basement and first floor is from stone facing mansory. Facade od second floor of main patr of buildings id timbered looks like curb. Third and fourth floor are attic, gable is vertical timbered. Facade of second floor of extension is plaster on ETICS. The gable od extension is vertical timbered. Roof covering is alpen shingle from larch wood. Foundations of house are shallow. The construction system is walled. The lower basement is built from masonry BS Klatovy BD30 and other wall are from masonry Porotherm . Floor structures are from monolithic reinforced concrete, thickness 220 mm. House stairs are prefabricated double-flight. Partition wall are mostly built from mansory Porotherm 11,5 P+D. Lintols above windows and doors in facadeare made by reverse of floor slab and inside of disposition are made by ceramics lintols Porotherm. Floor structures are floating with impact insulation in whole house. In living rooms wear layers are from oak parquet block and in common rooms, toilets, bathrooms and technical rooms is ceramics paving. Wall’s surfaces are made from patent plaster and in lower basement are made from two-coat work with white coat. Toilets and bathrooms are tilled with ceramic tiles. All distributions of building equipment are covered with gypsum plasterboard ceiling. All windows and doors in facade are made by wooden profile Solid comfort SC78 and glazed by triple glazing unit (Uw,max=0,9 W/m2.K), exception is main entrance door, It is made by aluminum profile and it is automatically opened.