Математическое моделирование магнитоупругих колебаний токонесущего микроэлемента магнитом поле
- № 1 (1) 2022
Страницы:
71
–
79
Язык: русский
Аннотация
В работе математически моделировано магнитоупругих колебаний токонесущего микроэлемента находящейся под воздействием переменной по времени механической силы и переменного по времени внешнего стороннего электрического тока с учетом электромагнитной анизотропии.Получены численные результаты и проведены анализ электромагнитных эффектов напряженно-деформированного состояния электропроводящей оболочки. Исследовано влияние стороннего электрического тока на напряженное состояние гибкого токонесущего микроэлемента типа оболочек с учетом
электромагнитной анизотропии.
Maqolada elektromagnit anizotropiyani hisobga olgan holda vaqt boʻyicha oʻzgaruvchan mexanik kuchlar va tashqi begona elektromagnit toki ta’sirlarida boʻlgan tok oʻtkazuvchi mikroelementning magnitoelastik tebranishi matematik modellashtirilgan. Sonli natijalar olingan va elektr oʻtkazuvchi qobiq kuchlanganlik deformatsiyalangan holati va elektromagnit effektlar tahlili oʻtkazilgan. Tashqi begona tokning yupqa qobiq shaklidagi mikroelementning kuchlanganlik holatiga ta’siri tadqiq qilingan.
The work mathematically simulates the magnetoelastic oscillations of a current-carrying microelement under the influence of a time-varying mechanical force and a time-varying external external electric current, taking into account electromagnetic anisotropy. Numerical results are obtained and an analysis of the electromagnetic effects of the stress-strain state of an electrically conductive shells is carried out. The influence of an external electric current on the stressed state of a flexible current-carrying microelement of the shell types is studied taking into account the electromagnetic anisotropy.
Maqolada elektromagnit anizotropiyani hisobga olgan holda vaqt boʻyicha oʻzgaruvchan mexanik kuchlar va tashqi begona elektromagnit toki ta’sirlarida boʻlgan tok oʻtkazuvchi mikroelementning magnitoelastik tebranishi matematik modellashtirilgan. Sonli natijalar olingan va elektr oʻtkazuvchi qobiq kuchlanganlik deformatsiyalangan holati va elektromagnit effektlar tahlili oʻtkazilgan. Tashqi begona tokning yupqa qobiq shaklidagi mikroelementning kuchlanganlik holatiga ta’siri tadqiq qilingan.
The work mathematically simulates the magnetoelastic oscillations of a current-carrying microelement under the influence of a time-varying mechanical force and a time-varying external external electric current, taking into account electromagnetic anisotropy. Numerical results are obtained and an analysis of the electromagnetic effects of the stress-strain state of an electrically conductive shells is carried out. The influence of an external electric current on the stressed state of a flexible current-carrying microelement of the shell types is studied taking into account the electromagnetic anisotropy.