. . . "RIV/61989100:27240/02:00006507!RIV/2003/MSM/272403/N" . "27240" . "Eindhoven" . . . . "FEM (Finite Element Method), current breaker, power effect, electromagnetic forces"@en . "Numerical Solution of Electromagnetic Forces in an AC circuit breaker LSN"@en . . "Mezin\u00E1rodn\u00ED konference SCEE 2002" . . . . "Springer-Verlag. (New York; Berlin; Heidelberg; Barcelona; Hong Kong )" . . . "RIV/61989100:27240/02:00006507" . . "Heidelberg" . "[7A4C06D02D3B]" . . "0"^^ . "4"^^ . "Numerical Solution of Electromagnetic Forces in an AC circuit breaker LSN"@en . "In this presentation is demonstrated the use of the Finit Element Method (FEM) for design and optimalization of current conducting way in LV current breaker. This is shown from the view of power effect. Solving of electrodynamic powers is one from the most important parts of electric appratus design. An analytic determination of powers on individual parts of circuit breaker is very diffucult because the shape of current conducting way is very complikated. Numerical methods are one of the way how to solve the power interactions in a circuit breaker. Action of powers is very troublesome in a short circuit current area. This action can bring mechanical destruction of the circuit breaker and malfunction of a breaking proces. The most important part of a design of circuit breaker is the solution of electromagnetic forces. At present is the result of this solution very hard to find because of using analytical methods only in a special shapes of a current conductors. In this case has been used the #Sequentia"@en . "0"^^ . "2002-06-22+02:00"^^ . "Hel\u0161t\u00FDn, David" . . "6"^^ . "4"^^ . "656189" . "Ka\u010Dor, Petr" . "Numerical Solution of Electromagnetic Forces in an AC circuit breaker LSN" . "N" . "In this presentation is demonstrated the use of the Finit Element Method (FEM) for design and optimalization of current conducting way in LV current breaker. This is shown from the view of power effect. Solving of electrodynamic powers is one from the most important parts of electric appratus design. An analytic determination of powers on individual parts of circuit breaker is very diffucult because the shape of current conducting way is very complikated. Numerical methods are one of the way how to solve the power interactions in a circuit breaker. Action of powers is very troublesome in a short circuit current area. This action can bring mechanical destruction of the circuit breaker and malfunction of a breaking proces. The most important part of a design of circuit breaker is the solution of electromagnetic forces. At present is the result of this solution very hard to find because of using analytical methods only in a special shapes of a current conductors. In this case has been used the #Sequentia" . . . "Numerical Solution of Electromagnetic Forces in an AC circuit breaker LSN" . . . . "Hytka, Zden\u011Bk" . "Z(MSM 272400014)" . "Marek, Martin" .