The thesis is named: Design wooden footbridge deals with architectonic and constructs study of wooden footbridge for walker and cyclist. The work solves proposal of construction for concretely area. The location of footbridge was consulted with draftsman of company CB s.r.o. At the beginning of work is described future visual appearance of footbridge with emphasis on complex buildings around this area. This architecture project is supplied by statistic model. The model was proposed in software: Dlubal RFEM 5 and Dlubal RF-Timber Pro 8 of company Dlubal Software. When I made a proposal, it was calculated with constant, utility and climate load structure. Main result from used software was designated materials, dimension of elements and resultant statistic report of footbridge. The report is base on technical documentation which contains drawing documentation, schematics of important details and technical report. I concentrated on preservative construction of wood for reason maximization of service life and simultaneously minimization of pretension on servicing during used footbridge.

The diploma thesis deals with the design of the superstructure of a family house and its ground plan extension. The superstructure and extension of the house is designed from construction systems suited for a wooden building. The newly designed structures are assessed based on the basic normative requirements applicable to this type of building. The design includes the necessary drawing documentation supplemented with a technical description. The work also contains production documentation for the implementation of the superstructure and extension with a list of material and price calculation.

This thesis deals with the design of the superstructure of the family house in the construction system of a wooden building. The main objective is to assess the original state of the house. According to this assessment the superstructure design with regard to applicable regulations and standards should be done. The static assessment of the truss roof and the assessment of two variants of the perimeter shell in terms of thermal engineering should be also considered. The superstructure design was done according to valid legislation and standards in AutoCAD. The static assessment of the roof was solved in the Pamite program by Mitek. The thermal engineering assessment was carried out in PHPP. The result of this work is the project documentation of the construction with a static assessment of the truss and the energy performance of the building.

This thesis deals with the design of passive house, located on a specific building plot in the village Bohdalec in district Žďár nad Sázavou. The first part of thesis contains a theoretical basis for the general explanation of passive house construction. The second part sumarizes the actual design of a passive house, description of the constructions of the house and results of thermal evaluation and energy review of the designed house.

The master’s thesis treat of design and appreciation load-bearing steel structure of Motor Show. The object is situated on the lokality Brno. Structure is composed of rolling sections and tubes. Overall height of the structure is 17,395 meters and overall lenght is 32,60 meters. Cross link iscomposed of arched girders panel that are supported on fixed pillars. Theoutside links are composed of panel columns. Load is composed of self weight, additonal imposed load, payload and climate load caused by wind and snow that is reached for given locality.Static rewiew comes out from previous load and it has been accomplished by Scia Engineer 2008 and hand computation.

This Master´s thesis describes the design and assessment of steel structure of a hangar located in Znojmo. The supporting structure of a hangar is 37,475 m span, 48 m lenght, clear hight at the highest point is 15,5 m. Main construction material is steel, grade S355J2. The supporting structure consist of a truss girders. The distance of each cross link sis 4 m. There is prepared statics calculation of the main load-bearing parts of the structure, including joints and details. The valid standards CSN EN were used in processing of this dissertation.

The aim of the diploma thesis is design and assessment of steel structure of greenhouse in botanical garden in Ostrava. The building is designed as a hexagon with a diameter 50 m, the highest point of the construction is 32,907 m. Whole structure will be made of hollow round tubes of different profiles. The support system consist of columns and truss girders. The bracing of the structure is in three levels. Main construction material is steel S355 J0+AR. The covering of the roofs and walls is made of glass panels ISOTHERM.

The aim the diploma thesis is the design and the assessment of the main structure of the shopping centre in the Hradec Králové. The shape of the construction is the cylindrical hall with dimensions 120 x 32 m. The structure is formed by lattice trusses, solid purlins, columns and composite construction. The model of the structure and some calculations were provided by the program Dlubal RFEM.

The diploma work deals with the design of a factory building to produce building panels of minor dimensions for the construction of wood structures. The building is roofed by means of truss girders whose shape and dimensions were statically evaluated by means of PAMIR program by Mitek company. The building is not located in any specified location, for the static evaluation, the region of Českomoravská vrchovina was taken into consideration with the corresponding snow and wind loading. The bearing structure of the factory building is designed by means of more solid elements and a circumferential frame built on the building site was also taken into consideration. The truss structure was manufactured in the producing plant and the same method is also planned for the whole construction. The building envelope was also examined from the thermal point of view. The structure was evaluated from the aspect of fire safety and, in the last section of the diploma work, various kinds of heating methods of industrial premises were evaluated.

In my thesis, I have devoted myself to a preparation of draft of a wooden house . The thesis also includes construction documentation for a realization of the whole project . The building type is bungalow using frame wooden construction with diffusely opened construction of external cladding. Roof construction consist of wooden truss. The thesis includes process layout of the whole project, basic drawings for a building permission, selected construction details, structure of constructions, heat assessment 1D and construction documentation, which is necessary for a realization of the whole building.