Simulation of discharge capacity axle symmetric systems" coil—Non-ferromagnetic massive disk" by the method of integral equations
I Kondratenko, A Zhiltsov… - 2015 16th International …, 2015 - ieeexplore.ieee.org
I Kondratenko, A Zhiltsov, V Vasyuk
2015 16th International Conference on Computational Problems of …, 2015•ieeexplore.ieee.orgAxisymmetric model of transient processes in the RLC circuit with the influence of eddy
currents induced in the massive disk by current in the coil L that is located coaxially with it
based on transformation the boundary problem for Maxwell's equations to the equivalent
integral equation for the eddy currents density and its subsequent joint solution with the
equation circuit for the discharge circuit that allows you to calculate interaction force of
currents in the coil L and the eddy currents in a massive disk.
currents induced in the massive disk by current in the coil L that is located coaxially with it
based on transformation the boundary problem for Maxwell's equations to the equivalent
integral equation for the eddy currents density and its subsequent joint solution with the
equation circuit for the discharge circuit that allows you to calculate interaction force of
currents in the coil L and the eddy currents in a massive disk.
Axisymmetric model of transient processes in the RLC circuit with the influence of eddy currents induced in the massive disk by current in the coil L that is located coaxially with it based on transformation the boundary problem for Maxwell's equations to the equivalent integral equation for the eddy currents density and its subsequent joint solution with the equation circuit for the discharge circuit that allows you to calculate interaction force of currents in the coil L and the eddy currents in a massive disk.
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