Title: Elements of dance techniques in floor exercise in women artistic gymnastics Objective: The main objective of this master thesis is an analysis of elements of dance techniques in women finalists of floor exercise in all four Olympics games from 2004 to 2016. Methods: In this master thesis content analysis and observation has been used. These methods were used to collect and evaluate necessary data. Results: The results bring an overview of individual approach of floor exercise finalists of each olympic games from 2004 to 2016 to dance elements depending on selected criteria. Futhermore they also compare the overall use of dance elements in particular olympic games with others and indicate the effect of the time interval between games on the frequency of presence of dance elements in the reports. Based on the results it is possible to predict the use of dance elements in floor exersice in the future. Keywords: dance, report, classical dance, contemporary dance, jazz dance, folk dance

Spinové vlny mají potenciál být použity jako nová platforma pro přenos a zpracování dat, protože mohou dosáhnout vlnových délek v rozsahu nanometrů a frekvencí v rozsahu terahertzů. K tomu, aby bylo možné navrhnout zařízení a logické obvody založené na spinových vlnách, je zapotřebí získat informace o prostorovém rozložení intenzity spinové vlny a pokud je to možné, také o jejich fázi. To lze měřit pomocí fázově rozlišeného fokuso-vaného Brillouinova rozptylu světla (µ -BLS). Předložená práce se zabývá rozšířením stávající optické sestavy o možnost měření fáze, kde doposud bylo možné měřit pouze intenzitu. Toto rozšíření sestavy je důkladně popsáno a charakterizováno. Schopnosti optické sestavy jsou demonstrovány ve studii šíření spinových vln skrz Néelovu doménovou stěnu. Získané 2D mapy intenzity spinových vln ukazují, že propagace přes doménovou stěnu je ovlivněna topologicky vynucenou kruhovou Blochovou čarou ve středu doménové stěny a že režim propagace závisí na frekvenci spinových vln. V prvním režimu propagace se vytvoří dva svazky spinových vlny šířící se kolem kruhové Blochovy čáry, zatímco ve druhém režimu se spinové vlny šíří pouze středem. Fázově rozlišené µ-BLS měření odhaluje fázový po- sun spinových vln pro oba režimy. Mikromagnetické modelování spinových vln ukazuje rozrušení jejich fázových vlnoploch, které je třeba brát v úvahu při interpretaci měření a navrhování potenciálních zařízení. Mikromagnetické simulace ukazují, že vnější magnetické pole může být použito k pohybu kruhové Blochovy čáry ve stěně domény, a tedy k manipulaci spinových vln.

My thesis deals with the technological design of reconstruction and extension pavilion health center in Prague. The building is divided into two buildings. The construction will be dismantled roof strata of the existing building and the subsequent installation of two new floors. Inside will be built new partitions and other fittings. Then the building will be insulated. The thesis describes the installation detail superstructures Eye Center of reinforced concrete prefabricated parts and assembly of the external thermal insulation system.

The diploma thesis deals with the design of pressing machines for manifold assembly of condensers in the car air-conditioning unit. The problem of the current assembling process is its inefficiency. Semi-automated assembly using pneumatic pressing machines eliminates this problem. In the theoretical part the air-conditioning components, current state of assembly and calculating base of pressing are described. In the practical part the test of pressing force was conducted. Based on this test, the design of four pneumatic pressing machines was accomplished. In the final part of the work, evaluation of the whole project is provided.

Design of braking system for the formula student car. Calculation of basic forces acting in the braking system, including the design of hydraulic circuits. Mechanical analysis of the most important parts of the braking system and pedal assembly. Thermal analysis of the brake discs. Manufacturing and total cost calculation.

THE OBJECTIVE OF THIS DIPLOMA WORK IS THE BUILDING-TECHNOLOGICAL PROJECT OF THE PENSION IN SPINDLER MILL. DIPLOMA WORK REALIZING GROWING LOWER BUILDINGS AND GROSS TOP STAYS OF THE PENSION OBJECT. DETAILS ARE DETAILED FOR THE MOST DEMANDED DESIGN OF MACHINERY, BUDGET BUDGET, TIME SCHEME, CONTROL AND TEST PLANS, BUILDING EQUIPMENT, DESIGNATION OF MOVING MECHANISM AND WIDER RELATIONSHIPS. THE DIPLOMA WORK IS PROCESSED ON THE BASIS OF THE TECHNICAL SIGNS PROVIDED BY THE PROJECTANT

The subject of this diploma thesis is a construction technology project for an office building Dukelská in Brno. The content of the work is a technical report to the construction technology project, design of transport solutions, time and financial evaluation of the construction, project for a construction site equipment, design of a machine assemblies. For the selected construction phase a technological specification and check and test plan is designed. The work also deals with environmental and safety risks, draft contract for work and alternative technologies of vertical structures.

Final work is processed for an administrative center in Prague. It is the preparation and organization of the construction of the object in Hostivař. The work is done for the most important technological phases of site equipment, economic comparison of cranes, financial and time evaluation of building, selection of main mechanisms and main part of the text dealing with the character of the building, its technical data, process of constructing the object and the overall treatise about building. Technological process is made for the technological phase of construction of assembled skeleton.

Purpose of this master’s thesis is to compile structurally – technological aspects of the project of new housing building in Brno. Thesis concentrates on technological phase of upper rough construction, which involves prescriptions for masonry of walls and constructions from reinforced concrete. Thesis is also includes suggestions of constellation of machines, time plan, supplying of construction site, rules of workplace safety, quality requirements, solutions for organization of construction and maintenance of the building. Conclusion of this master’s thesis is comparison of different systematical variations of constructing peripheral wall based on many structurally – technological factors.

The diploma thesis is focused on testing and design of a test system of merging unit which provides digital output according to IEC 61850-9-2. The parameters and distinguishing features of the test system are based on functional principles of merging unit and standards dealing with the testing of transducers. The proposed test system is based on modular PXI Express system from National Instruments. The desing is performed with respect to the possibility of generating test signals and measurements for voltage up to 38.4 kV and current up to 2000 A. The proposed test system meets the criteria for testing transducers of accuracy class up to 0.5. Assuming of calibration designed test system as a whole, this test setup has the potential to meet the technical requirements for testing transducers of accuracy class up to 0.1.