NUMERICAL ESTIMATES OF CURRENTS AND FORCES IN LINEAR TOOLS OF THE MAGNETIC-PULSE ATTRACTION OF METALS. PART 1: LOW ELECTRICAL CONDUCTANCE METALS

NUMERICAL ESTIMATES OF CURRENTS AND FORCES IN LINEAR TOOLS OF THE MAGNETIC-PULSE ATTRACTION OF METALS. PART 1: LOW ELECTRICAL CONDUCTANCE METALS

Purpose. The electrodynamics processes study in the linear tools of magnetic-pulsed attraction, the final result of which should be the physics-mathematical dependencies for the characteristics of the flowing processes, under the conditions of intensive penetration in metal of acting electromagnetic...

Full description

Saved in:
Bibliographic Details
Date:2019
Main Authors: Batygin, Yu. V., Chaplygin, E. A., Shinderuk, S. A., Strelnikova, V. A.
Format: Article
Language:English
Ukrainian
Published: National Technical University "Kharkiv Polytechnic Institute" and Аnatolii Pidhornyi Institute of Power Machines and Systems of NAS of Ukraine 2019
Subjects:
linear tool for eliminating dents in sheet conductors
intensive penetration of the field into metals with low electrical conductance
magnetic-pulse attraction of conductors with unidirectional currents
624.318
Online Access:http://eie.khpi.edu.ua/article/view/2074-272X.2019.5.07
Tags: Add Tag
No Tags, Be the first to tag this record!
Journal Title:Electrical Engineering & Electromechanics

Institution

Electrical Engineering & Electromechanics
id eiekhpieduua-article-181887
record_format ojs
institution Electrical Engineering & Electromechanics
baseUrl_str
datestamp_date 2019-11-04T14:26:06Z
collection OJS
language English
Ukrainian
topic linear tool for eliminating dents in sheet conductors
intensive penetration of the field into metals with low electrical conductance
magnetic-pulse attraction of conductors with unidirectional currents
624.318
spellingShingle linear tool for eliminating dents in sheet conductors
intensive penetration of the field into metals with low electrical conductance
magnetic-pulse attraction of conductors with unidirectional currents
624.318
Batygin, Yu. V.
Chaplygin, E. A.
Shinderuk, S. A.
Strelnikova, V. A.
NUMERICAL ESTIMATES OF CURRENTS AND FORCES IN LINEAR TOOLS OF THE MAGNETIC-PULSE ATTRACTION OF METALS. PART 1: LOW ELECTRICAL CONDUCTANCE METALS
topic_facet линейный инструмент устранения вмятин в листовых проводниках
интенсивное проникновение поля в металлы с низкой удельной электропроводностью
магнитно-импульсное притяжение проводников с однонаправленными токами
624.318
linear tool for eliminating dents in sheet conductors
intensive penetration of the field into metals with low electrical conductance
magnetic-pulse attraction of conductors with unidirectional currents
624.318
format Article
author Batygin, Yu. V.
Chaplygin, E. A.
Shinderuk, S. A.
Strelnikova, V. A.
author_facet Batygin, Yu. V.
Chaplygin, E. A.
Shinderuk, S. A.
Strelnikova, V. A.
author_sort Batygin, Yu. V.
title NUMERICAL ESTIMATES OF CURRENTS AND FORCES IN LINEAR TOOLS OF THE MAGNETIC-PULSE ATTRACTION OF METALS. PART 1: LOW ELECTRICAL CONDUCTANCE METALS
title_short NUMERICAL ESTIMATES OF CURRENTS AND FORCES IN LINEAR TOOLS OF THE MAGNETIC-PULSE ATTRACTION OF METALS. PART 1: LOW ELECTRICAL CONDUCTANCE METALS
title_full NUMERICAL ESTIMATES OF CURRENTS AND FORCES IN LINEAR TOOLS OF THE MAGNETIC-PULSE ATTRACTION OF METALS. PART 1: LOW ELECTRICAL CONDUCTANCE METALS
title_fullStr NUMERICAL ESTIMATES OF CURRENTS AND FORCES IN LINEAR TOOLS OF THE MAGNETIC-PULSE ATTRACTION OF METALS. PART 1: LOW ELECTRICAL CONDUCTANCE METALS
title_full_unstemmed NUMERICAL ESTIMATES OF CURRENTS AND FORCES IN LINEAR TOOLS OF THE MAGNETIC-PULSE ATTRACTION OF METALS. PART 1: LOW ELECTRICAL CONDUCTANCE METALS
title_sort numerical estimates of currents and forces in linear tools of the magnetic-pulse attraction of metals. part 1: low electrical conductance metals
title_alt ЧИСЛЕННЫЕ ОЦЕНКИ ТОКОВ И СИЛ В ЛИНЕЙНЫХ ИНСТРУМЕНТАХ МАГНИТНО-ИМПУЛЬСНОГО ПРИТЯЖЕНИЯ МЕТАЛЛОВ. ЧАСТЬ 1: МЕТАЛЛЫ С НИЗКОЙ УДЕЛЬНОЙ ЭЛЕКТРОПРОВОДНОСТЬЮ
description Purpose. The electrodynamics processes study in the linear tools of magnetic-pulsed attraction, the final result of which should be the physics-mathematical dependencies for the characteristics of the flowing processes, under the conditions of intensive penetration in metal of acting electromagnetic fields, as well as numerical estimates of these processes main characteristics. Methodology. To carry out research, we used the fundamental statements of the electromagnetic field theory and the mathematical simulation with help of the standard codes from the Wolfram Mathematica package. Results. The functional dependencies for the space-temporal distributions of the currents and forces excited in the linear tools of magnetic-pulsed attraction under intensive penetration of the acting electromagnetic fields through the tool's conducting construction elements are used for the numerical estimates. From the calculation results it follows that from a physical point of view, the cause of the increase in attractive forces while decreasing the operating frequencies can be considered the intensification of penetration processes of the excited fields, which leads to increasing the magnetic pressure from the outside. Thus, the transition to low operating frequencies of the exciting currents can significantly increase the efficiency of the magnetic-pulsed attraction of the sheet metals with the linear tools. Originality. It was firstly determined that from the physical point of view, the reason for the increase in attractive forces with a decrease in operating frequencies can be considered the intensification of penetration processes of the excited fields, which leads to increasing the forces of magnetic pressure on the conductors from side of their external surfaces. Practical value. A usage of the obtained results will allow creating new, more efficient linear tools of magnetic-pulsed attraction of the low-electrical conduction sheet metals operating under conditions of intensive penetration of the electromagnetic fields being excited.
publisher National Technical University "Kharkiv Polytechnic Institute" and Аnatolii Pidhornyi Institute of Power Machines and Systems of NAS of Ukraine
publishDate 2019
url http://eie.khpi.edu.ua/article/view/2074-272X.2019.5.07
work_keys_str_mv AT batyginyuv numericalestimatesofcurrentsandforcesinlineartoolsofthemagneticpulseattractionofmetalspart1lowelectricalconductancemetals
AT chaplyginea numericalestimatesofcurrentsandforcesinlineartoolsofthemagneticpulseattractionofmetalspart1lowelectricalconductancemetals
AT shinderuksa numericalestimatesofcurrentsandforcesinlineartoolsofthemagneticpulseattractionofmetalspart1lowelectricalconductancemetals
AT strelnikovava numericalestimatesofcurrentsandforcesinlineartoolsofthemagneticpulseattractionofmetalspart1lowelectricalconductancemetals
AT batyginyuv čislennyeocenkitokovisilvlinejnyhinstrumentahmagnitnoimpulʹsnogopritâženiâmetallovčastʹ1metallysnizkojudelʹnojélektroprovodnostʹû
AT chaplyginea čislennyeocenkitokovisilvlinejnyhinstrumentahmagnitnoimpulʹsnogopritâženiâmetallovčastʹ1metallysnizkojudelʹnojélektroprovodnostʹû
AT shinderuksa čislennyeocenkitokovisilvlinejnyhinstrumentahmagnitnoimpulʹsnogopritâženiâmetallovčastʹ1metallysnizkojudelʹnojélektroprovodnostʹû
AT strelnikovava čislennyeocenkitokovisilvlinejnyhinstrumentahmagnitnoimpulʹsnogopritâženiâmetallovčastʹ1metallysnizkojudelʹnojélektroprovodnostʹû
first_indexed 2025-07-17T11:47:47Z
last_indexed 2025-07-17T11:47:47Z
_version_ 1850411861678227456
spelling eiekhpieduua-article-1818872019-11-04T14:26:06Z NUMERICAL ESTIMATES OF CURRENTS AND FORCES IN LINEAR TOOLS OF THE MAGNETIC-PULSE ATTRACTION OF METALS. PART 1: LOW ELECTRICAL CONDUCTANCE METALS ЧИСЛЕННЫЕ ОЦЕНКИ ТОКОВ И СИЛ В ЛИНЕЙНЫХ ИНСТРУМЕНТАХ МАГНИТНО-ИМПУЛЬСНОГО ПРИТЯЖЕНИЯ МЕТАЛЛОВ. ЧАСТЬ 1: МЕТАЛЛЫ С НИЗКОЙ УДЕЛЬНОЙ ЭЛЕКТРОПРОВОДНОСТЬЮ Batygin, Yu. V. Chaplygin, E. A. Shinderuk, S. A. Strelnikova, V. A. линейный инструмент устранения вмятин в листовых проводниках интенсивное проникновение поля в металлы с низкой удельной электропроводностью магнитно-импульсное притяжение проводников с однонаправленными токами 624.318 linear tool for eliminating dents in sheet conductors intensive penetration of the field into metals with low electrical conductance magnetic-pulse attraction of conductors with unidirectional currents 624.318 Purpose. The electrodynamics processes study in the linear tools of magnetic-pulsed attraction, the final result of which should be the physics-mathematical dependencies for the characteristics of the flowing processes, under the conditions of intensive penetration in metal of acting electromagnetic fields, as well as numerical estimates of these processes main characteristics. Methodology. To carry out research, we used the fundamental statements of the electromagnetic field theory and the mathematical simulation with help of the standard codes from the Wolfram Mathematica package. Results. The functional dependencies for the space-temporal distributions of the currents and forces excited in the linear tools of magnetic-pulsed attraction under intensive penetration of the acting electromagnetic fields through the tool's conducting construction elements are used for the numerical estimates. From the calculation results it follows that from a physical point of view, the cause of the increase in attractive forces while decreasing the operating frequencies can be considered the intensification of penetration processes of the excited fields, which leads to increasing the magnetic pressure from the outside. Thus, the transition to low operating frequencies of the exciting currents can significantly increase the efficiency of the magnetic-pulsed attraction of the sheet metals with the linear tools. Originality. It was firstly determined that from the physical point of view, the reason for the increase in attractive forces with a decrease in operating frequencies can be considered the intensification of penetration processes of the excited fields, which leads to increasing the forces of magnetic pressure on the conductors from side of their external surfaces. Practical value. A usage of the obtained results will allow creating new, more efficient linear tools of magnetic-pulsed attraction of the low-electrical conduction sheet metals operating under conditions of intensive penetration of the electromagnetic fields being excited. Целью статьи является проведение численных оценок основных характеристик электродинамических процессов в линейных инструментах магнитно-импульсного притяжения проводников с однонаправленными токами в условиях интенсивного проникновения действующих электромагнитных полей в металлы с низкой удельной электропроводностью. Методика. Для проведения вычислений использовались положения теории электромагнитного поля, вытекающие из уравнений Максвелла, и стандартные математические программы из пакета «Wolfram Mathematica». Результаты. С помощью аналитических выражений рассчитаны амплитудно-временные зависимости токов и электродинамических усилий в линейных магнитно-импульсных инструментах, действенность которых основана на возбуждении сил взаимного притяжения проводников с однонаправленными токами. Впервые установлено, что увеличение сил притяжения, в первую очередь, возможно за счет интенсификации процессов проникновения полей, что обеспечивается переходом к достаточно низким рабочим частотам возбуждающих токов. Практическая значимость. Использование полученных результатов позволит создавать новые более эффективные линейные инструменты магнитно-импульсного притяжения заданных участков листовых металлов, работающие в условиях интенсивного проникновения возбуждаемых электромагнитных полей. National Technical University "Kharkiv Polytechnic Institute" and Аnatolii Pidhornyi Institute of Power Machines and Systems of NAS of Ukraine 2019-10-28 Article Article Peer-reviewed Article application/pdf application/pdf http://eie.khpi.edu.ua/article/view/2074-272X.2019.5.07 10.20998/2074-272X.2019.5.07 Electrical Engineering & Electromechanics; No. 5 (2019); 40-44 Электротехника и Электромеханика; № 5 (2019); 40-44 Електротехніка і Електромеханіка; № 5 (2019); 40-44 2309-3404 2074-272X en uk http://eie.khpi.edu.ua/article/view/2074-272X.2019.5.07/181784 http://eie.khpi.edu.ua/article/view/2074-272X.2019.5.07/181785 Copyright (c) 2019 Yu. V. Batygin, E. A. Chaplygin, S. A. Shinderuk, V. A. Strelnikova https://creativecommons.org/licenses/by-nc/4.0

Similar Items