This master‘s thesis deals with the project of the new-building brick detached block of flats. The object is four floored, pent roofed with flat roof. New building hasn‘t cellar. The work includes study and design documentation.

This dissertation deals with the design of the object designated as a technical service center in the town Ivančice. According to the requirements of the client the object contains the following sections: facilities for 25 people, electricians room with the storeroom, premises for the manager, the accountant and the field worker, necessary sanitary facilities, material storeroom, workshop and garages. The building is wheelchair accessible. The main vertical load-bearing constructions are built from brick blocks, the ceiling construction is monolithic reinforced concrete, the load-bearing construction of the roof is made up of wooden rafters. Workshop, garages and warehouses are located in the adjoining steel assembled hall which is sheathed in polyurethane panels.

The aim of this thesis is the economic profitability of the facture of the engineering structure during the family house construction. Theoretical part describes the topic price, costs, setting the budget and types of materials for building family houses. Practical part is describe family house which is chosen for the budgets. It looks on the chosen sort of constructive systems in terms of technology and price.

The topic of the master`s thesis solves nursery school with longue in Hlušovice. It is 2-storey building. The building designed with ceramic bricks Porotherm and prestressed hollow core slab. Not walkable flat roof. The entire building is based on a concrete strip footings and no basement.

Thesis rises from an actual needs to make standard of practice for assessment an existing arch railway masonry bridges on the basis of condition long term monitoring. Bridge assessment is a part of any inspection, especially in case of doubts arising during inspections due to heavy defects, increase of axle load or increase of train frequency, which may influence the structural safety, traffic safety or durability of a bridge. There are possibilities for utilization of monitoring results for assessment in case of investigation data absece. An important option is assessment based on satisfactory past performance by ČSN ISO 13822, chapter 8.

Dewatering and desalination of building constructions is currently a discussed topic. At the present time, different techniques for dewatering and desalination can be used. The existing methods are efficient but it is necessary to improve these methods and to develop new ones. The moisture in the building constructions is directly connected with the salts, which can be dissolved in it and together with the moisture further to move. The salts can cause damage of constructions and change mechanical and physical properties of the buildings materials. The basic demands for dewatering and desalination are the speed, efficiency and economical factors. Presented dissertation focuses on dewatering and desalination with the use of electrokinetic methods together with the technique of the clay poultices. In the first part of the thesis, basic theoretical principles of moisture and salts are described. In the second part (experimental part), the series of experimental measurements were conducted both in the laboratory and in situ. In this part of dissertation, I was dewatering and desalinating bricks and sandstones under an applied electric field. The main focus was on the optimization of a laboratory setup in order to get the highest efficiency for dewatering and desalination. Other measurements were done in situ, where the same technique was used.

Diploma thesis deals with analysis of a construction made of concrete and masonry. A model respecting nonlinear material behaviour of masonry was assembled in a finite element based software. Calculated results were used to analyse cracks in masonry. Next, a design of a horizontal construction was carried out - concrete slab with beams to support masonry in an upper floor.

The thesis includes postprocessing the design documentation of construction part new private elementary school in Beroun. It is a building project with the purpose of teaching in English. The building is two-storey, brick with a flat roof. Wall structural system. There is 1st elementary schools, kitchen with dining room and 2nd elementary School in the building. The documentation contains project of boiler room.

The aim of this thesis is project documentation of the revitalization of a farming estate for living purposes. The complex includes four buildings in the city of Vitín in Southern Bohemia. Originally built in the 17th century, this estate falls under the care of historical monuments. This thesis deals with rehabilitation of wet masonry and reconstructing three buildings of the estate. The original perimeter walls are mixed, a gabled roof. Building A and C are two floored, building B is one floor. Presently only building C is used for living, the others serve as storage. Part of the reconstruction includes an extension wind lobby, indoor parking for a personal automobile, and a conservatory. The new structures are designed from aerated concrete Ytong blocks, Liapor and sprayed insulation made of polyurethane foam.

The subject of this thesis is the documentation for construction of kindergarten in Pacov. The building is designed like two-storey wall system from ceramic hollow blocks and ceiling construction is of prestressed ceiling panels. There are four departments, each for 20 children, social hall, kitchen, technical and administrative facilities. The roof is designed as warm flat roof. The building is equipped with ventilated facade from colored aluminum fins. To ensure a healthy environment is designed mechanical ventilation.