1. Analysis of subharmonic oscillations in multi-phase ferroresonance circuits using a mathematical model
- Author
-
S S Samatova, A X Mamatazimov, A N Tovboyev, and D Sh Mardonov
- Subjects
Physics ,History ,Subharmonic ,Ferroresonance in electricity networks ,Multi phase ,Topology ,Computer Science Applications ,Education ,Electronic circuit - Abstract
The article about solution of system of nonlinear differential equations that are almost impossible to solve by analytical methods by constructing a mathematical model of nonlinear oscillations occurring in three-phase ferroresonance circuits. A system of nonlinear differential equations was formed by approximating the volt-ampere characteristics of a ferromagnetic element in a ferroresonance circuit. Mathematical models for solving technical problems characterizing subharmonic oscillation processes in three-phase ferroresonance circuits and systems using the finite-difference method are expressed in the form of differential equations without appropriate initial conditions. Amathematical model of a system of equations representing subharmonic oscillations in ferroresonance connections depending on the value of the selected parameters in the field of change of any variable is considered.
- Published
- 2021