The project was prepared with complete documentation of a new Motel at the level of building construction documentation. Motel has a capacity of 25 double beds and one single bed for the disabled. Built-up area is 984,2 square meters. Enclosure is designed as a flat roof. The supporting structure of the building consists of prefabricated reinforced concrete frame. Building design emphasizes on static solution and layout, fire safety, energy saving and safety of use. Drawings were processed in software for design - AutoCad

The Master's thesis deals with a new mixed-used building. The mixed-used building is situated in Červený Kostelec, 17. listopadu street. It is a three-floor building without a cellar and with a flat roof. The object is designed from ceramic cider blocks Porotherm and it is thermally insulated by contact thermal insulation system. On the first floor there are workshops – information centre, beauty salon, café, one dwelling unit for disabled people and the cellar. On the second floor there are offices, gallery and two dwelling units. On the third floor there are five dwelling units. Whole project is created in ArchiCad 14.

This thesis describes a new building of recreational guest house with restaurant. Rereational guest house has three floors. The building hasn’t got a basement. The guest house has got fourteen residential units, one of which is wheelchair accessible. Recreational guesthouse is not designed in a passive standard. However, it is built with respect to the appropriate orientation to the cardinal, taking into account the orientation of the main entrance to the south. Recreational guest house, is designed to match the local architecture.

The master’s thesis on the topic Kindergarten is processed in the form of project documentation for the implementation of the new building Kindergarten. Project documentation is designed to meet the applicable standards. The building is designed in the catastral of the city of České Budějovice. The building has two floors and it‘s designed from Porotherm with contact thermal insulation system, roofed by warm flat green roof and based on the footings of plain concrete. The ceiling construction is deigned from the prestressed concrete ceiling panels. The building contains three classes for a total of 60 children. Food and washing bedding is provided by imports.

The thesis “Multifunctional building in Tábor” is processed in the form of project documentation which comprises of all the requisites required by current regulations. Designed multifunctional building is placed at the site number 1475/1 in Tábor. The building has four floors. There are 18 flats and 4 commercial premises in the facility. Constructional system is made of lime-sand bricks, prestressed concrete ceiling panels, flat roof. Building has a contact thermal insulation system.

My diploma thesis is foceused on evaluation of return of the investment based on the laster insulation together with the filling of the open space and the usage of the back gained heat. For my calculation I used the real building of the basic school Františka Kupky in Dobruška. It is a typical building extended to the whole area of Czech Republic. The realization of the building was finished in 1994. I deal with more variants of more widths of the insulation system in my work. In every single draft is counted with costs for buying of the insulation and the exchange of the filling of the opern spaces. Every draft is counted with the usage of the back gained heat. The biggest benefit was found in the insulation of the 180 mm perimeter wall and the 280 mm of the roofing sytem. Windows and door had the same number of the heating 0.8 W/m2k. In the experimental calculation with the most advantages the conclusion was made that on the heat loss of thr object is the most influential the filling of the open spaces and the facilities for the back gained heat, too. Because it is a typical building, my diploma thesis could work as a background for the draft of the elimination of the heat loss at the buildings with the same shape and usage.

This thesis evaluates the influence of thermal insulation of a detached house on the expenses associated with the operation of the property. The first part describes the construction of houses from history to the present day, as well as legislation associated with the thermal insulation of buildings. The work also deals with the energy performance of buildings, energy price developments, types of thermal isolation and insulation of Houses. Thoroughly analyzes ETICS insulation systém. The second part is devoted to a particular detached house in the village Karolinka to evaluate the economic return on investment. Thermal insulation is solved in seven variants. The work includes thermal technical assessment of the condition of the original house and then heat the assessment of the options for the thermal insulation on its economic return. In conclusion, the assessment of individual variants insulation is calculated as a simple payback period.

The trend in today's civil engineering are growing demands for quality and comfort constructed buildings and spaces in them. This trend causes a change in the approach to designing buildings and building new buildings. One of the main directions great importance is attached dedicated reconstruction of buildings and their technical adjustments to meet the ever increasing demands being norms and laws. One of the most monitored parameters are thermal-technical characteristics of objects - i.e. better quality means saving on heating costs. In this connection there is a big trend of the modern construction industry and building insulation, mainly ETICS systems. Dissertation focuses on the basic (reinforced) layer of the ETICS and examines the effect of low temperatures, acting on the matter in the implementation of the system, the properties of this layer. This coating is one of the key elements of the system, which more or less determines the quality and durability of the system. The first part deals with the current state of the problem and generally insulation systems, basic types and the advantages and disadvantages of these systems. In the main part of the work is solution focused work, its objectives and methodology for testing materials using laboratory tests and are mentioned outputs of experiments in terms of results. The final section addresses the evaluation of the data and results and output for construction practice. The theme of work was also addressed in the specific research. The works are also numerical and graphical attachments to records of experiments and calculations.

This diploma thesis discusses the problems of defects and faults of external thermal insulation composite systems. The first part describes the correct procedures for application systems, the next part describes defects, faults and their causes and the end of the thesis describes the contactless diagnostic methods used for the survey of ETICS. This part is mainly focus on detection of anchors. The example shows the calculation of anchoring.

The subject of this diploma thesis is designing a new building of Motel in Mikulov in Moravia. The object is located near a road in the suburbs. The land is in a sloped terrain. The object has three aboveground floors. In the first floor there is a restaurant including a kitchen and the background. There are two barier free rooms for accommodation as well. In the second floor there are eight double rooms. In the western part of the object there is a multipurpose hall including its own backgroud. In this floor there are recreation rooms to be found – a library and a children’s club. The third floor consists of eight double rooms too. Some space in this floor is used for technical purposes (air conditioning equipment). The motel‘s operational part is made of cloakrooms for stuff, technical rooms and a warehouse. The construction of this building is bricked using the Porotherm system. There is flat single vegetation roof or classical-structure roof used. The building is based on base band. The perimeter wall is insulated using contact insulation ETICS system. The drawings are processed in ArchiCAD 17.