This diploma thesis deals with development of industrial school in Volyně in the last one hundred years (1914-2014). Due to such long and rich history of this industrial school, being the second oldest functioning school of this kind, we covered the last one hundred years. Division into chapters follows the changes of school name where such change reflects certain social situation. In this work you can find development of school, its capacity problems which could be solved by looking for and subsequent finding a suitable place for construction and following building of school grounds, problems with accommodation and boarding of students. We keep track of changes related to changes of political situation, changes of study length, fields of study, students´ activities etc. Certain space is related to presentation of school to public (competitions, exhibitions, seminars). In this work you can also find some interesting facts which characterize given period. Sources for this thesis were taken from the archive materials of State district archive in Strakonice, annuals and annual reports of school and school chronicles. This work should contribute to covering history of education system in Volyně.

The project documentation, processed in the framework of the diploma thesis, solves the new building of the administrative building of the building company in the village Lukov u Moravských Budějovic. The building is made of traditional brick technology therm tl. 50 cm, without insulation, ceilings are reinforced concrete, flat roof, vegetation. Vegetation is also part of the facade of the building, which at the same time serves as a root cleaner. The philosophy of the whole design is to create a high-quality working environment for building company employees, a pleasant environment for customers and to best solve the environmental footprint of the building. The building is designed as a modern office building, with space for leisure activities of staff and their visits, taking into account the responsible approach to the development industrial site and the surrounding nature. The building efficiently manages potable, rain and wastewater, the envelope of the building, and the individual structures are designed to make the entire building as energy-consuming as possible, and do not pump irreparably by nature its natural resources in a larger quantity than necessary.

Tato práce se zaměřuje na představení městské zeleně jako důležitý prvek udržitelné výstavby, a především jako prvek, který zbavuje okolní vzduch znečištění a přispívá k lepšímu prostředí ve městech. Dále se tato diplomová práce zabývá vztahem mezi městskou zelení a znečištěním ovzduší oxidem uhličitým v Brně. Ve městě byla prováděná měření koncentrací oxidu uhličitého, kyslíku a sekundárních veličin po dobu půl roku od června do listopadu roku 2019. Měření byla prováděna na čtyřech místech v Brně a dále tato data byla mezi sebou porovnána. Dále byla navrhnuta zelená opatření. Ve dvou vybraných lokalitách v Brně byly vybrány střechy, na které byla navrhnuta extenzivní zelená střecha.

The theoretical part of this thesis deals with distribution networks in terms of distribution according to different criteria, describes the main elements of electric distribution networks and their qualities. The following describes the methods of calculating the steady state of electrical networks. These methods are nowadays used as basics for computer programs. In the penultimate chapter of the theoretical part are summarized the principles for the development of present networks and construction of new electrical networks. The aim of practical part of the thesis is to assess the current condition of the network 22 kV in the city of Brno and assess the condition after installation of 110/22 kV transformation in Brno-Sever switching substation. After evaluating the results of steady state electrical network and identifying certain problems is the following aim a proposal of solving problems that emerged in the network. The result should be operational, functional and reliable electric distribution network. This thesis used to calculate the steady state electrical networks by software PAS DAISY Off-Line Bizon V4.

The object of this thesis is comparison of business plans of housing construction with passive housing construction in monitoring company. First section summarizes theoretical description of prospectus and passive houses. Another part attends to appreciation of housing construction and surrounding analyse of company. In the third section, there are proposals of realization prospectuses with alternatives of financing this kind of projects. Final part of thesis deals with a question whether realize passive block of flats or common block of flats.

Project of master thesis solves brand new residential polyfunctional house with bike shop. The main object is a four-storyed, designed as a monolithic skeleton construction. The building is located in Opuštěná Street, Brno. The project is developed on the basis of project documentation and technical data, delivered by the designer in the behalf of investor requirements. Main goal of this project seeks to approach to real solution of the construction site. It is very important to compare also financial aspects, not only the technological. Last but not least, time requirements of construction plan and factual requirements of the customer. Constructive-technological project contains especially: technical report, site facilities, technologic regulation, schedule, financial budget, control and test plan, design of machinery, safety and health protection etc.

This diploma thesis is about designing the structure of roof of swimming stadium. Three solutions are created - concrete arc with tie, steel truss slab and concrete pretensioned membrane. One choosed solution - concrete pretensioned membrane - is afterwards developed. In the beginning there are several designs of geometry fulfilling the requirements for given type of structure being created. In part of static calculation, the parametrical mathematical model in form of macro in APDL language for Ansys software has been created. Afterwards all the parameters (initial state of cables, level of pretension, dimensions of membrane and peripheral frame, etc.) has been optimized in order to the membrane be fulfilling criterias for ultimate limit state and serviceability limit state. Afterwards other selected parts of structure has been checked. On basis of designed geometry and design checks in static calculation the drawings of conctruction and designed parts has been created. In the end, the 3D model of the structure has been created in graphical software Rhinoceros. Then visualizations of structure in concstruction stages and after completion has been rendered.

The topic of this Thesis is a study of the behavior of flexible metal large-span culverts during the construction and the operation. The aim is to analyze the behavior of the structure as a result of an unequally dropping support and a position of the load to the construction in relation to the soil cover height above the top of the steel construction. The Thesis is theoretical and based on the numerical parametric study.

The subject of my diploma thesis is a detailed static calculation of the post-tensioned concrete road bridge across Bystrica creek near Banska Bystrica in Slovakia. The bridge is element of turning ramp a motorway R1. The spatial curvature continuous bridge has 9 fields. It was made a spatial curvature computational model of the bridge for a structural analysis. The model was comparison with a straight computational model of the bridge. It is made comparison effect of the construction bridge in stages on the size of the internal forces too. The load-bearing structure was checked according to CSN EN 1992-1-1, CSN EN 1992-2 and CSN 73 6214.

The aim of my diploma thesis is a design of a new energy efficient terraced house in the gap site. Building has two dwelling unit of category 4+kitchenette and 6+ kitchenette. Building has a cellar, two floors and an attic. The cellar structures and horizontal structures are made of reinforced concrete. Sand-lime bricks are used for masonry. The building is covered with gabled roof with timber roof truss. In this building there are used rainwater and renewable energy in a form of electrical energy made by photovoltaic panels.