METHOD FOR IMPROVING THE LINEARITY OF FLUX DISTRIBUTION IN MAGNETIC CIRCUITS WITH DISTRIBUTED PARAMETERS AND NONLINEAR MAGNETIC COUPLING BY SELECTING THE LAW OF VARIATION OF THE FERROMAGNETIC CORE WIDTH: METHOD FOR IMPROVING THE LINEARITY OF FLUX DISTRIBUTION IN MAGNETIC CIRCUITS WITH DISTRIBUTED PARAMETERS AND NONLINEAR MAGNETIC COUPLING BY SELECTING THE LAW OF VARIATION OF THE FERROMAGNETIC CORE WIDTH

Файзуллаев , Ж.С.

Темир йўл транспорти: долзарб масалалар ва инновациялар · 2026-yil

Annotatsiya

The article presents a method for achieving linear distribution of working magnetic fluxes along chains with ordinary and special structures that have distributed parameters and nonlinear magnetic coupling, by selecting the law of variation of the width of ferromagnetic conductors. It is substantiated that by introducing into the differential equations of these chains the condition that the second derivative of the corresponding magnetic fluxes along the chain length is equal to zero, it becomes possible to obtain an exact analytical solution of the nonlinear differential equations. For chains with an ordinary structure, it has been established that the laws of variation of magnetic circuit width and magnetic potential along the chain have the form of a semi-parabolic function, with the minimum value at one end of the chain and the maximum at the other end. For chains with a special structure, this law and the magnetic potential variation have the form of a full parabolic function, with the minimum value located in the middle of the distributed-parameter chain and the maximum values at its edges. It has been shown that in both ordinary and special structures, the magnetic fluxes in long ferromagnetic cores remain strictly linear even at different values of the coefficient characterizing the nonlinearity of the chain, while the magnetic potential between the long ferromagnetic cores varies along the chain, and this variation increases with the growth of the nonlinearity coefficient.

Maqola ma’lumotlari
MualliflarФайзуллаев , Ж.С.
JurnalТемир йўл транспорти: долзарб масалалар ва инновациялар
Nashr sanasi2026-08-07
Jild7
Son1
Betlar74-85
TilRus

Kalit so‘zlar

магнитные цепи с распределенными параметрами, нелинейные магнитные цепи, магнитно связанные цепи, ферромагнитный сердечник, ширина ферромагнитных сердечников, распределение магнитного потока, повышение линейности, характеристика намагничивания, магнитное сопротивление, математическая модель магнитной цепи, закон изменения ширины ферромагнитных сердечников., distributed parameter magnetic circuits, nonlinear magnetic circuits, magnetically coupled circuits, ferromagnetic core, air gap, magnetic flux distribution, linearity enhancement, magnetization characteristic, magnetic reluctance, mathematical model of a magnetic circuit, law of variable air gap.

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