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Tesla's turbine as a source of energy
Šedina, Martin ; Libich, Jiří (referee) ; Kazda, Tomáš (advisor)
The bachelor thesis deals with the currently used types of water turbines and next part of the thesis deals with the theory of Tesla turbine. The theoretical part discusses water wheels, water turbines with their types and models which are described in the work. The thesis also discusses the construction of the Tesla turbine, its possibilities of using, inside principles and information about Tesla´s patent. The practical part contains the design of the Tesla turbine with modifications for increasing efficiency. The thesis describes the technology that the turbine was produced.
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Study of the possibility of using Tesla's turbine as a source of energy
Šedina, Martin ; Maxa, Jiří (referee) ; Kazda, Tomáš (advisor)
The master thesis deals with the currently used types of water turbines and next part of the thesis deals with the theory of Tesla turbine. The theoretical part discusses water wheels, water turbines with their types and models which are described in the work. The thesis also discusses the construction of the Tesla turbine, its possibilities of using, inside principles and information about Tesla´s patent. The practical part contains the design of the Tesla turbine with modifications for increasing efficiency. The thesis describes production and assembly of turbine and the technology used for production of the turbine. There is also described how the turbine was measured and there are results of measurements of the turbine.
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Utilization of SolidWorks at power electrical engineering
Fazekas, Tamás ; Mikulčík, Aleš (referee) ; Veselka, František (advisor)
The purpose of the bachelor thesis was to became familiar with parametric CAD systems and create a simple model in high power electronics branch. The first part of the project summarizes the most known CAD systems. The second part deals with a specifics software:SolidWorks 2008. Finally, a simple model has been created in Solidworks 2008 from the power electronics branch. It is a model of an electric machine which is suitable for the research of the sliding contact.
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Study of the possibility of using Tesla's turbine as a source of energy
Šedina, Martin ; Maxa, Jiří (referee) ; Kazda, Tomáš (advisor)
The master thesis deals with the currently used types of water turbines and next part of the thesis deals with the theory of Tesla turbine. The theoretical part discusses water wheels, water turbines with their types and models which are described in the work. The thesis also discusses the construction of the Tesla turbine, its possibilities of using, inside principles and information about Tesla´s patent. The practical part contains the design of the Tesla turbine with modifications for increasing efficiency. The thesis describes production and assembly of turbine and the technology used for production of the turbine. There is also described how the turbine was measured and there are results of measurements of the turbine.
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Tesla's turbine as a source of energy
Šedina, Martin ; Libich, Jiří (referee) ; Kazda, Tomáš (advisor)
The bachelor thesis deals with the currently used types of water turbines and next part of the thesis deals with the theory of Tesla turbine. The theoretical part discusses water wheels, water turbines with their types and models which are described in the work. The thesis also discusses the construction of the Tesla turbine, its possibilities of using, inside principles and information about Tesla´s patent. The practical part contains the design of the Tesla turbine with modifications for increasing efficiency. The thesis describes the technology that the turbine was produced.
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Machine mechanisms and their modelling
Havelka, Filip ; Šleger, Vladimír (advisor) ; Sedláček, Aleš (referee)
The main topic of my thesis is creating a model of a crank mechanism in two different CAD programs suitable for constructing, implementing kinematic and dynamic analysis and comparing the procedures and results.
In the first part I focus on the history and presence of CAD systems, 3D modeling in general, 3D modeling in real situations and utilizing created models.
In the second part I choose a mechanism which I design then in two selected CAD programs. I will describe and compare the process of designing in these programs. I also describe construction, design principle and types of crank mechanisms. Then I will describe possibilities of analysis in both programs.
Other chapter deal with the dynamic and kinematic analysis of the selected mechanism. The thesis is closed by evaluating the results.
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Utilization of SolidWorks at power electrical engineering
Fazekas, Tamás ; Mikulčík, Aleš (referee) ; Veselka, František (advisor)
The purpose of the bachelor thesis was to became familiar with parametric CAD systems and create a simple model in high power electronics branch. The first part of the project summarizes the most known CAD systems. The second part deals with a specifics software:SolidWorks 2008. Finally, a simple model has been created in Solidworks 2008 from the power electronics branch. It is a model of an electric machine which is suitable for the research of the sliding contact.
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