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Simulation of electroporation process in stent oclussion therapy
Hemzal, Martin ; Cipín, Radoslav (referee) ; Novotná, Veronika (advisor)
This masteral thesis describes phenomenon of electroporation and it’s use to deal with occluded self-expandable metalic stent. Thesis briefly summarizes theory of electroporation, currently used medical treatments of occluded stents. The next part of the thesis is dedicated to current state of mathematical simulations of electroporation. The core of the thesis are simulations of electroporation effects on tissue of occluded metal stents.
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7,5 kW induction machine.
Hemzal, Martin ; Janda, Marcel (referee) ; Mach, Martin (advisor)
Bachelor thesis Induction motor 7,5 kW deals with analytic design of induction motor. The project is structured into 6parts. First part is about itroduction to a problem. The second part shortly analyses theory of induction motor. The next part deals with analytic calculation. In the next part the design is checked in the RMxprt module. In the conclusion both analytic calculation and RMxprt results are compared.
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Simulation Of Electroporation Process In Stent Oclussion Therapy
Hemzal, Martin
The main focus of this work is to compare the simulations of electroporation in the biliarytract with and without the stent. The aim of this paper is to determine the ablated areas using differentcombinations of electrodes and different amplitudes of applied voltage. The resuluts of thesimulations shows distribution of intnesity of electric field and joule heating. Presented simulationsare done using finite element method (FEM) software COMSOL MULTYPHISIC 5.4.
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Simulation of electroporation process in stent oclussion therapy
Hemzal, Martin ; Cipín, Radoslav (referee) ; Novotná, Veronika (advisor)
This masteral thesis describes phenomenon of electroporation and it’s use to deal with occluded self-expandable metalic stent. Thesis briefly summarizes theory of electroporation, currently used medical treatments of occluded stents. The next part of the thesis is dedicated to current state of mathematical simulations of electroporation. The core of the thesis are simulations of electroporation effects on tissue of occluded metal stents.
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7,5 kW induction machine.
Hemzal, Martin ; Janda, Marcel (referee) ; Mach, Martin (advisor)
Bachelor thesis Induction motor 7,5 kW deals with analytic design of induction motor. The project is structured into 6parts. First part is about itroduction to a problem. The second part shortly analyses theory of induction motor. The next part deals with analytic calculation. In the next part the design is checked in the RMxprt module. In the conclusion both analytic calculation and RMxprt results are compared.
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