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History of the use of water power in Lobodice by Kojetín
Koutný, Vojtěch ; Haluza, Miloslav (referee) ; Hudec, Martin (advisor)
Energy is the driving force of the economies of countries around the world, without its use it would not be possible to achieve such great progress in science and living standards. However, in order for energy to be used, it must be created. This bachelor thesis will focus on the production of energy from a renewable source, which is a river. Specifically, the function and use of artificial water flow Bolelouc and MVE Lobodice.
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Using of 3ds Max in heavy current engineering
Loško, Petr ; Kuchyňková, Hana (referee) ; Huzlík, Rostislav (advisor)
I would like to outline the basic procedures of creating a visualisation in 3D Max application. My thesis should answer the question, whether 3D Max is suitable for modeling, visualization and animation in heavy current electrotechnics. The theoretical part of the thesis will be followed by a practical part, demonstrating the procedures by creating a vortex turbine model.
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Study of turbine with side channel runner
Jandourek, Pavel ; Haluza, Miloslav (referee) ; Pochylý, František (advisor)
This thesis deals with proposal of constructional solving turbine with side channel. Basis for the design is lossy characteristics of the valve. The intention is to replace hydraulic closures by turbine with side channel runner. Hydraulic losses in the flow restriction in turn replaced by the electricity generation in the comparable characteristics of valve and turbine.
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Valve Exploiting Principle of the Side-Channel Turbine
Jandourek, Pavel ; Janalík, Jaroslav (referee) ; Varchola, Michal (referee) ; Pochylý, František (advisor)
The presented work deals with basic characteristics of the side-channel machines. The intention is to replace the pressure reducing valve by low-specific speed side-channel turbine. Thereby creating a kind of turbine valve using energy, which would otherwise be dissipated in the valve. Pressure reducing valves are the source of large hydraulic losses and their replacement is possible, because the same resistance characteristics side-channel turbine and a pressure reducing valve.
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History of the use of water power in Lobodice by Kojetín
Koutný, Vojtěch ; Haluza, Miloslav (referee) ; Hudec, Martin (advisor)
Energy is the driving force of the economies of countries around the world, without its use it would not be possible to achieve such great progress in science and living standards. However, in order for energy to be used, it must be created. This bachelor thesis will focus on the production of energy from a renewable source, which is a river. Specifically, the function and use of artificial water flow Bolelouc and MVE Lobodice.
|
|
|
Valve Exploiting Principle of the Side-Channel Turbine
Jandourek, Pavel ; Janalík, Jaroslav (referee) ; Varchola, Michal (referee) ; Pochylý, František (advisor)
The presented work deals with basic characteristics of the side-channel machines. The intention is to replace the pressure reducing valve by low-specific speed side-channel turbine. Thereby creating a kind of turbine valve using energy, which would otherwise be dissipated in the valve. Pressure reducing valves are the source of large hydraulic losses and their replacement is possible, because the same resistance characteristics side-channel turbine and a pressure reducing valve.
|
|
|
Study of turbine with side channel runner
Jandourek, Pavel ; Haluza, Miloslav (referee) ; Pochylý, František (advisor)
This thesis deals with proposal of constructional solving turbine with side channel. Basis for the design is lossy characteristics of the valve. The intention is to replace hydraulic closures by turbine with side channel runner. Hydraulic losses in the flow restriction in turn replaced by the electricity generation in the comparable characteristics of valve and turbine.
|
|
|
Using of 3ds Max in heavy current engineering
Loško, Petr ; Kuchyňková, Hana (referee) ; Huzlík, Rostislav (advisor)
I would like to outline the basic procedures of creating a visualisation in 3D Max application. My thesis should answer the question, whether 3D Max is suitable for modeling, visualization and animation in heavy current electrotechnics. The theoretical part of the thesis will be followed by a practical part, demonstrating the procedures by creating a vortex turbine model.
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