In this thesis there can be found various examples from Monge projection. The theory is summarized in the beginning, which is important of understanding the projection and for solving the examples. There are also examples of solving axial affinity and central collineation. Then there is a chapter about the projection of all types of angular and rotational solids, which are solved at the secondary schools. Then follows a chapter, where the sections of these solids are constructed. In the last chapter, there are solved intersection of solids from each type. Powered by TCPDF (www.tcpdf.org)

This thesis deals with the solution of differential equations of the first degree. The work is intended to serve as a textbook (a collection of exercises) for students of teaching mathematics at lower secondary schools. Each chapter contains a summary of basic concepts, solved task models of the related topic, sorted by difficulty, and finally tasks assigned for independent practicing. This thesis aims to present basic knowledge about ways of solving differential equations of the first degree, including practical skills for their solution.

The assignment for this thesis was to prepare an architectural plan for barracks in Černé Pole in Brno. As part of the assignment, I attempted to rejuvenate and open up the given territory to the town and to its people and to connect it to the surrounding structures. I expanded the territory in question with adjacent panel construction from the north, as one of the objectives was to gradually incorporate this development in a way so that it does not create a barrier. The second objective was to revive two historical barracks buildings and a panel building dormitory, which serve as a reference for the image of the place. The thesis is split into two parts - analysis and proposal. In the proposal I discuss specific materials, transportation and public spaces. Most of the territory is made up of residential spaces with civil and commercial spaces, which together make the entire area functional. In my proposal I try to show how the entire territory can be solved, with the involvement of the historic and panel buildings, and not just building on an empty brownfield.

The assignment of diploma thesis was processed the area of the textile factory in Náchod – named Tepna. As part of this work I tried to suggest a live continuation of the historical core of city Náchod and connect the new district to the Plhov housing estate. As a goal I have set revitalization of building Bílá Tepna whitch is actually abandoned. Bíla Tepna is the last standing object from original development and it indicates the indentity of the place. In one part of territory I put a new block bulding with mostly residential function. This area surrounds the main square and object Bíla Tepna. The second part of area consists of terraced family houses with children’s playground. By my suggestion I wainted residents to show how it is possible design the development if object Bílá Tepna will be preserved.

<p>    </p> <p>We live in an age in which computation touches upon every aspect of our lives in ever increasing ways. To meet the demand for increased computing power and ability, new computation strategies are continually being proposed. In this dissertation, we consider two research projects related to two such cutting edge paradigms. We first consider developing superconducting devices that implement asynchronous reversible ballistic computation. This paradigm was developed to circumvent Landauer’s principle of a minimum energy required per bitwise computation operation. We report the design of a new device, the rotary, which is a critical step towards developing universal computation gates in the scheme of synchronous reversible ballistic computation. Next, we turn to the consideration of anyons which have been predicted to enable topological quantum computing, a quantum computing paradigm that is relatively immune to environmental noise. We consider initial steps in the development of a Bethe ansatz solvable model that will help decipher the many-body properties of Majorana zero modes in superconducting Kitaev wires. </p>

The thesis deals with the design of a sustainable urban structure, based on a medieval city, in the 21st century. The main idea of the proposal is the creation of a new part of the town Náměšť nad Oslavou with the aim of connecting it with the existing urban structure and at the same time extending it to the missing elements of the developing city. The newly built area is designed with an emphasis on the construction of new residential housing with civil facilities services, while designing and creating public spaces and private parts of courtyards and villas. The aim of the thesis was to design a growing territory so that it adapts to the needs of today's society and at the same time became part of the existing city. From an urban point of view, based on the theme of the thesis, the aim is to combine elements of a medieval city with elements of a city built in the 21st century. The concept is based on a planned network of streets with multifunctional buildings designed for trade and production in the ground floor and housing on other floors, which originated in the medieval city. The emblem of the medieval city was the emotional perception of the connection of strict lines and strange shapes into one whole, and therefore buildings were designed in a new part of the city for living with almost clean geometric lines, while the objects of civil facilities are organic shapes.

The assignment of diploma thesis was the design of a sustainable urban structure based on a medieval city in Náměšť nad Oslavou. As part of the work, I tried to find the best solution for this solved area, which is isolated by a railway corridor and suggest a new city district based on the principle of a medieval city, which will be linked to the existing city. The proposed development of city blocks is built on a system of platforms that level the terrain within the blocks and enable optimal parking spaces and the use of commercials. This development is complemented by several blocks with villa houses and a city SPA complex. The proposal supports the construction of cycle paths that connect parts of the solved area with the Rathan recreation pond. The design also includes a large park with a lookout tower and a sports ground on the city horizon ner the SPA complex. The accent was also placed on the public area near the new railway station, which serves to gather people for cultural and entertainment opportunities. This public space should not compete with an existing Masaryk square, which fulfills a representative and administration function.

Induction machine; outer rotor; water pump; thermal network; thermal analysis; optimization; electromagnetic model; finite element method; thermal insulation class