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Investigates the global stability of the zero solution of an impulsive system of differential‐difference equations with variable impulsive perturbations. By means of piecewise continuous functions which are analogues of Lyapunov’s functions, and of the comparison principle, sufficient conditions...
Presents a fast numerical method for computing the lowest degree moments of the exponential function for a segment, square or cubic domain. An exponential function with the argument a multivariate polynomial with a maximum degree of one in each single variable is considered. These kinds of...
Develops the algorithms for numerical analysis of current density distribution in squirrel‐cage rotor bar of arbitrary shape, taking the non‐uniform resistivity into account. Gives the structure of a computer program for this strong non‐linear problem. Presents, as an example, the results of...
Examines some basic aspects of hybrid filters, operating effectively when current pulsations of a non‐linear variable load occur. The operation of two hybrid filter systems, each equipped with an active power filter, working as: a) a controlled additional current source, b) a controlled...
Presents the implicit Runge‐Kutta methods as an interesting alternative to Crank‐Nicolson and backward Euler methods to solve differential algebraic systems arising in nonlinear transient magnetodynamic problems. An algorithm for diagonally implicit Runge‐Kutta methods is proposed that requires...
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