Simulation of transforming magnetic systems based on permanent magnets to control microparticles

A simulation of the magnetic control system structure of microparticles based on permanent magnets was carried out. Computational experiment results for magnetic field calculation created by the simulated system are presented. Comparative estimates of modern software environment’s accuracy based on...

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मुख्य लेखकों:	Merzlova, N. N., Мерзлова, Н. Н., Pashkovskiy, A. V., Пашковский, А. В., Boldyrev, D. V., Болдырев, Д. В.
स्वरूप:	Статья
भाषा:	English
प्रकाशित:	SPRINGER 2020
विषय:	Magnetic field Numerical methods Magnetic systems Mathematical models Microparticles
ऑनलाइन पहुंच:	https://dspace.ncfu.ru/handle/20.500.12258/11212
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id	ir-20.500.12258-11212
record_format	dspace
spelling	ir-20.500.12258-112122021-02-25T07:40:44Z Simulation of transforming magnetic systems based on permanent magnets to control microparticles Merzlova, N. N. Мерзлова, Н. Н. Pashkovskiy, A. V. Пашковский, А. В. Boldyrev, D. V. Болдырев, Д. В. Magnetic field Numerical methods Magnetic systems Mathematical models Microparticles A simulation of the magnetic control system structure of microparticles based on permanent magnets was carried out. Computational experiment results for magnetic field calculation created by the simulated system are presented. Comparative estimates of modern software environment’s accuracy based on the finite element method and the SEM software package based on the standard element method are obtained. The authors continued the development of numerical and analytical methods of standard elements and auxiliary functions for the modeling of physical fields in a piecewise-homogeneous and nonlinear media. The introduction of standard elements opens the possibility of applying methods of auxiliary functions and standard elements without combining them with the finite element method. The use of standard elements provides a good approximation of an outer boundary of the computational domain, the interface of its parts with linear and nonlinear properties and complete filling of the computational domain standard elements. Functional representation can be expressed in terms of the nodal values of the solution imposed on the boundaries of standard elements for their bonding with adjacent standard elements 2020-01-29T14:30:25Z 2020-01-29T14:30:25Z 2020 Статья Merzlova, N.N., Pashkovskiy, A.V., Boldyrev, D.V. Simulation of Transforming Magnetic Systems Based on Permanent Magnets to Control Microparticles // Lecture Notes in Mechanical Engineering. 5th International Conference on Industrial Engineering, ICIE 2019. - 2020. - Pages 419-429 http://hdl.handle.net/20.500.12258/11212 en Lecture Notes in Mechanical Engineering application/pdf application/pdf SPRINGER
institution	СКФУ
collection	Репозиторий
language	English
topic	Magnetic field Numerical methods Magnetic systems Mathematical models Microparticles
spellingShingle	Magnetic field Numerical methods Magnetic systems Mathematical models Microparticles Merzlova, N. N. Мерзлова, Н. Н. Pashkovskiy, A. V. Пашковский, А. В. Boldyrev, D. V. Болдырев, Д. В. Simulation of transforming magnetic systems based on permanent magnets to control microparticles
description	A simulation of the magnetic control system structure of microparticles based on permanent magnets was carried out. Computational experiment results for magnetic field calculation created by the simulated system are presented. Comparative estimates of modern software environment’s accuracy based on the finite element method and the SEM software package based on the standard element method are obtained. The authors continued the development of numerical and analytical methods of standard elements and auxiliary functions for the modeling of physical fields in a piecewise-homogeneous and nonlinear media. The introduction of standard elements opens the possibility of applying methods of auxiliary functions and standard elements without combining them with the finite element method. The use of standard elements provides a good approximation of an outer boundary of the computational domain, the interface of its parts with linear and nonlinear properties and complete filling of the computational domain standard elements. Functional representation can be expressed in terms of the nodal values of the solution imposed on the boundaries of standard elements for their bonding with adjacent standard elements
format	Статья
author	Merzlova, N. N. Мерзлова, Н. Н. Pashkovskiy, A. V. Пашковский, А. В. Boldyrev, D. V. Болдырев, Д. В.
author_facet	Merzlova, N. N. Мерзлова, Н. Н. Pashkovskiy, A. V. Пашковский, А. В. Boldyrev, D. V. Болдырев, Д. В.
author_sort	Merzlova, N. N.
title	Simulation of transforming magnetic systems based on permanent magnets to control microparticles
title_short	Simulation of transforming magnetic systems based on permanent magnets to control microparticles
title_full	Simulation of transforming magnetic systems based on permanent magnets to control microparticles
title_fullStr	Simulation of transforming magnetic systems based on permanent magnets to control microparticles
title_full_unstemmed	Simulation of transforming magnetic systems based on permanent magnets to control microparticles
title_sort	simulation of transforming magnetic systems based on permanent magnets to control microparticles
publisher	SPRINGER
publishDate	2020
url	https://dspace.ncfu.ru/handle/20.500.12258/11212
work_keys_str_mv	AT merzlovann simulationoftransformingmagneticsystemsbasedonpermanentmagnetstocontrolmicroparticles AT merzlovann simulationoftransformingmagneticsystemsbasedonpermanentmagnetstocontrolmicroparticles AT pashkovskiyav simulationoftransformingmagneticsystemsbasedonpermanentmagnetstocontrolmicroparticles AT paškovskijav simulationoftransformingmagneticsystemsbasedonpermanentmagnetstocontrolmicroparticles AT boldyrevdv simulationoftransformingmagneticsystemsbasedonpermanentmagnetstocontrolmicroparticles AT boldyrevdv simulationoftransformingmagneticsystemsbasedonpermanentmagnetstocontrolmicroparticles
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Simulation of transforming magnetic systems based on permanent magnets to control microparticles

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