This work is focused on a composition and consequent checking of effectivity of the volumic training plan and simultaneously informs about the basis of body-building as a sports branch. The work is divided into 3 parts. The first part deals with general principles and patterns of the strengthening process. The second part devotes to the composition of the volume training itself and the third part tests its efectivity, obteins values and deals with the final evaluation.

This thesis deals with the roles of various stakeholders in urban development process and simultaneously with the process of transformation and brownfields regeneration in inner part of Prague. The area of case study, lower Holešovice and lower Libeň, has unique specifics: location is close to the city center and also to Vltava River and has a number of development areas. The thesis is based in theoretical foundations of urban regeneration, brownfields, concepts of urban development and systems of governance. The aim is to find out who are the most important stakeholders of urban development and their impact on the area of the case study. The practical part of the thesis is based on interviews with multiple stakeholders from public, private and non-profit sector as well as on an analysis of Prague`s official planning documentation. The results of the thesis underline different approach and engagement of various stakeholders, but also the assumption of significant changes in functional land use, structure and appearance of the area. Key words: urban regeneration - brownfields - urban planning - stakeholders of urban development - Holešovice - Libeň - Prague

The main subject of thesis The Role of Culture in the Process of Regeneration of Post-industrial City is to introduce the theoretical concept of regeneration of former industrial cities through culture and evaluate the impact of culture on the regeneration of post-industrial city. The first part is aimed at general issues of culture in regional development and attractiveness of the city, there are mentioned basic concepts related to the issue and defined trends in the development and regeneration of post-industrial cities through culture. The second part is aimed at the process of transformation of the city of Ostrava and contains an analysis of the current situation in the city. The City of Ostrava has prepared a strategic document presenting the revival of city through culture as a factor of improving its external image, but also a source of regional identity and the cultivation of the community. Empirical verification of the contribution of current policies to the regeneration and development of Ostrava city through culture is conducted through a questionnaire survey. The results show that the citizens of the city noticed visible changes towards the improving the quality of life in a city, however, if the city intends to continue in its successful strategy of regeneration, emphasis should be placed on citizen participation, their feedback and utilization of previously completed cultural investments should be improved by connection of existing cultural infrastructure.

Industrial heritage and urban regeneration: New perspectives for the district of Atlampa in Mexico City Abstract in English The relationship between cities and industry has been the subject of research ever since the process of industrialization began in the 18th century. The interest around it has only grown once industry started leaving urban centers in the mid 20th century, forcing cities to evolve to fulfill new functions. This posed a challenge to urban planners and heritage professionals, who had to find solutions together to preserve important industrial sites without restraining the city from evolving. The present thesis explores the different approaches commonly used to address this challenge and analyzes their feasibility for the case of Atlampa, a historical industrial district in Mexico City that has stagnated for decades despite showing great urban potential and heritage value. The core of the thesis is a comparative study of former industrial districts with similar circumstances, which were identified through a diagnosis of Atlampa. The comparison analyzes the urban planning and heritage conservation approaches in each case and determines what could be a feasible and desirable strategy for the urban regeneration of Atlampa. Key words industrial heritage - urban regeneration - urban heritage -...

The main topic of this master thesis is the design of condensing steam turbine. In the beginning the heat scheme with low pressure regeneration is calculated. There are chosen 2 low pressure heat exchangers and 3 steam outlets from the turbine. In the main part the thermodynamic proposal with reaction blades is designed, which consists of the regulating stage and the stage part of turbine. The survivability of the turbine is checked by the calculation of mechanical strength. In the end the turbine is checked at reduced mass flow and the turbine characteristic is plotted. The designed steam turbined has a regulating stage and 34 stages in the stage part, has a power of 45873 kW with thermodynamic efficiency of 83.6%. The reheat factor is 1.052.

The master thesis deals with a problematic of brownfield´s regeneration and reuse in relation to the issue of sustainable development. The aim of the thesis is to analyze and create a proposal for the brownfield´s regeneration in the former Kohn´s brick factory in Brno. The proposal of the regeneration should be based on the analysis of HABU, which leads to the highest and the best possible use of any property. The analysis includes the detailed knowledge about the brownfield´s site and their demarcation in the urban planning documents of the city of Brno. According to the proposal of the brownfield´s regeneration, there will be four investment options. They will be distinguished through their time horizon of the investment valorization. Each investment option will be thoroughly reviewed. Option with the biggest valorization will be recommended for the potential realization

This diploma thesis deals with the design of a steam condensing turbine for intake steam of pressure 125 bar, temperature 540 °C and maximal intake of steam into the turbine 130 t/h. A thermal scheme is designed, including low-pressure and high-pressure regeneration, an air condenser, a feed tank and a boiler. Afterwards a thermodynamic design of a condensing turbine is made with an A-wheel type regulating stage and a stage part with reaction blades. The design of the blades is strength-tested. Then is made the design of the compensating piston and the sealing system. In the end the characteristics of the turbine for non-design steam flows is plotted. The designed turbine has a power of 34644 kW, has a thermodynamic efficiency of 85.1% and a reheat factor of 1.046.

Regenerative heat exchangers are used in a wide range of industries and in the technical equipment of buildings. These heat exchangers play an important role in saving thermal energy and removing volatile organic compounds from flue gases. The theoretical part of the work deals with the division of regenerative exchangers into rotary and switching exchangers and the possibilities of their use. These types of heat exchangers are used in many applications, e.g. as a heat exchanger using waste heat to preheat the process gas (regeneration layer), or as catalysts to accelerate the reaction required to remove volatile organic compounds (catalytic layer), or as integrated equipment where both the regeneration layer and the catalytic layer. The aim of the diploma thesis is experimental support in the development of a computer program for the design of a specific integrated device. The program allows the calculation of the regeneration and catalytic bed, or both beds simultaneously, i.e. integrated equipment. The diploma thesis deals with the support of a mathematical model for the calculation of the regeneration bed. Pressure loss and heat transfer play an important role in the selection and subsequent calculation of a suitable bed. To calculate them, it is possible to find more available computational relationships that differ significantly in their accuracy. It is therefore necessary to select the most suitable ones for the computational model. The practical part of the work then deals with research, analysis, and assessment of the suitability of methods used to calculate pressure losses based on a comparison with the values measured on experimental equipment. Subsequently, the work deals with computational methods for determining the heat transfer coefficient of the packed bed. A significant part of the practical part deals with the modification of the experimental equipment for the verification of computational relations for the determination of heat transfer with measured data.

Constructed wetlands are one of alternative solution wastewater treatment. Compared to conventional wastewater plants have many advantages. For example it´s technology saving construction, low operating costs, cleavability diluted wastewater and little or no need for electrical power. There are many publications dealing with Natural Ways wastewater treatment or even constructed wetlands. I decided to look for a thesis on one of the key processes – clogging bed media. The thesis is focused on ways to prevent clogging of bed media, mitigate the consequences and technology to increase hydraulic conductivity of constructed wetlands. The main test method is improving drainage parameters using pulsed filling and emptying of the bed media. This method is a very effective way to achieve quality requirements for effluent water from the treatment plant. Another test method is based on the injection of air into the media bed and sludge extraction using a specially modified industrial vacuum cleaner or pump.

Theme of this master's thesis Comparison of thermal cycle efficiency is aimed on the calculation of thermal schemes of reheating and without reheating for various performances. The calculation is performed using specialized literature. The introduction describes the fundamental thermal cycle used in power plants and Rankine - Clausius cycle. After the initial familiarization with the parameters of Rankine - Clausius cycle follow a section with technical solutions to improve thermal efficiency of Rankine - Clausius thermal cycle. The aim of this work is to identify and compare the thermal efficiency of the thermal cycle with reheating, without reheating and compare them with each other. At the conclusion of this work is shown comparison between two low-pressure regeneration systems.