Conveners
Computational Models of Electrical Systems: Computational Models of Electrical Systems (4)
- Stanisław Osowski (Warsaw University of Technology)
Computational Models of Electrical Systems: Computational Models of Electrical Systems (2)
- Oksana Hoholyuk (Lviv Polytechnic National University)
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Prof. Ladislav Janousek (University of Zilina, Department of Electromagnetics and Biomedical Engineering)11/09/2023, 16:00Computational models of electrical systemsPresentation at the conference
This article presents numerical simulations focused on static magnetic fields, employing a Mu-metal cage for shielding against the geomagnetic field. The objective is to verify, how a homogeneous and uniform magnetic field within the magnetic field applicator is created. Square Helmholtz coils are employed to ensure this homogeneity. Observations indicate a 5.3% deviation in the B-field when...
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Václav Kotlan (University of West Bohemia)11/09/2023, 16:20Computational models of electrical systemsPresentation at the conference
The paper presents and discusses an enhanced
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version of modeling laser or small-scale induction hardening.
The process is characterized by a rapid cooling rate, reaching
several hundred or over one thousand degrees Celsius per second.
Most heat from the heated spot is transferred through conduction
rather than convection, penetrating deep into the material’s
interior. Consequently,... -
Mariana Beňová (Department of Electromagnetics and Biomedical Engineering FEEIT, University of Zilina)11/09/2023, 16:40Computational models of electrical systemsPresentation at the conference
This study compares two SAR techniques (10g method and 1g method) on a chest model of an adult and a child in the shielded area of a train car compartment to examine the impact of electromagnetic (EM) fields. This study made use of electromagnetic modeling based on the Finite Integration method. The simulations were done for a particular scenario in which each model was positioned as near to...
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Pavel Karban (University of West Bohemia)11/09/2023, 17:00Industrial applicationsPresentation at the conference
Measuring the flow of carbonated drinks is not completely resolved. Carbonated drinks are liquids of an inho- mogeneous type. Individual drinks differ in many parameters (e.g. conductivity, pH, color, etc.) and any change in temperature or pressure affects these parameters. The article describes the design and optimization of the magnetic circuit of an induction flow meter for measuring...
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Roman Romaniuk (Lviv Polytechnic National University)13/09/2023, 11:10Computational models of electrical systemsOnline presentation
Abstract— the frequency symbolic method (FS method) of steady-state analysis of linear periodically time-variable (LPTV) circuits is used to form their transfer functions in the frequency domain. A Fourier polynomial approximates the transfer function and contains the complex variable, the time variable, and the parameters of the circle elements in the form of symbols. The coefficients of such...
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Jan Sroka (Warsaw University of Technology)13/09/2023, 11:30Computational models of electrical systemsPresentation at the conference
The article presents an analysis of the possibility of taking into account the correction factor for the measured values of the current pulse. For this purpose, the article presents the results of tests using various types of Pearson coils. The features of such a correction factor, method, and scope of application are defined. The obtained results are the basis for further research in order to...
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Oksana Hoholyuk (Lviv Polytechnic National University)Computational models of electrical systemsPresentation at the conference
The paper considers the stochastic optimization method, which can be used for dynamic processes modeling in complex electrical systems, which are described by input- output models. As the main method, Rastrygin's guide cone method is considered. Limitations for this method are formulated for the practical usage when solving applied optimization problems. In order to improve the method,...
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