National Repository of Grey Literature 3 records found  Search took 0.01 seconds. 
Design and electromagnetic calculation of small power wound field synchronous machine
Laštovička, Josef ; Vítek, Ondřej (referee) ; Bárta, Jan (advisor)
The topic of this bachelor thesis is the issue of synchronous machines with a wound rotor and their design. The first part of the work summarizes the theory of synchronous machines with a wound rotor. A more detailed focus is given to salient pole machines. The second part summarizes specific steps in designing a machine with a wound rotor. The third part is to create a program for calculating a salient pole synchronous machine. The program is based on knowledge gained in the first and second parts using the Python programming language. The fourth part focuses on electromagnetic design, its optimalization, simulations and interpretation of their results. The last part contains technical production documentation and machine model.
Development Of The Low Power Synchronous Machine
Laštovička, Josef
This paper summarizes the development of a salient pole synchronous machine with awound rotor. It contains required parameters, analytical calculation using Python programminglanguage, optimalization of defined parameters, finite element method simulations and their results.The last part of the paper is focused on the 3D model of developed machine and the design evaluation.Development was succcesful and the described work procedure can be repeated at anotheruniversity.
Design and electromagnetic calculation of small power wound field synchronous machine
Laštovička, Josef ; Vítek, Ondřej (referee) ; Bárta, Jan (advisor)
The topic of this bachelor thesis is the issue of synchronous machines with a wound rotor and their design. The first part of the work summarizes the theory of synchronous machines with a wound rotor. A more detailed focus is given to salient pole machines. The second part summarizes specific steps in designing a machine with a wound rotor. The third part is to create a program for calculating a salient pole synchronous machine. The program is based on knowledge gained in the first and second parts using the Python programming language. The fourth part focuses on electromagnetic design, its optimalization, simulations and interpretation of their results. The last part contains technical production documentation and machine model.

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