一种高速盘式电磁铁的仿真研究

机械设计制造及其自动化论文，论文编号:JX1190  论文字数:12043.页数:49

摘   要
 电磁铁是电流磁效应的一个应用，与生活联系紧密，如电磁继电器、电磁起重机、磁悬浮列车等。高速电磁铁应用范围很广：喇叭中使音圈加电流后在磁隙中运动，从而带动纸盆振动发出声音 ；继电器中使线圈通电后，铁芯吸合，带动触点分合。电磁锁中使电磁线圈通电后，吸合锁芯。 电磁起重机中的电磁吸盘，用以吸取导磁性物料；电磁选矿中是通过电磁铁通电产生磁性从而把有磁性的矿吸附没磁性的被阻挡到另一边从而进行选矿。
 本论文利用有限元仿真软件QuickField对一种高速盘式电磁铁进行仿真分析，探讨了线圈电磁密度、衔铁与铁心间距和铁心高度的变化对电磁铁导磁特性的影响，计算了在不同情况下的电磁力特性，总结出了电磁力与线圈电磁密度、衔铁与铁心间距和铁心高度的变化曲线。为一种高速电磁铁的设计提供了一定的基础。
 本论文分为四章，分述如下：
 第一章主要介绍了选题的背景和意义以及电磁铁的国内外研究状况。
 第二章主要介绍了高速电磁铁的结构和原理和仿真的现状及趋，其中着重介绍了QuickField仿真软件。
第三章是本论文的主要内容，仿真了三个参数对电磁特性的影响。
第四章是对本论文的总结。
关键字：高速电磁铁  仿真分析  电磁密度

Abstract
  Solenoid is a magnetic effect current applications, and living in close contact, such as electromagnetic relays, electromagnetic crane, such as magnetic levitation trains. High-speed electro-magnet a wide range of applications: speaker voice coil increases make the current movement in the magnetic gap, thereby stimulating cone vibration sound; relay coil make electricity, the core pull-drive division contacts.Make the electromagnetic coil of electromagnetic power locks, the pull-Cylinder. Electromagnetic electromagnetic crane sucker are used to absorb lead; electromagnetic beneficiation of electricity through the electromagnet so as to produce magnetic magnetic magnetic mineral absorption did not blocked in order to carry out the other side of the dressing.
 In this thesis, the finite element simulation software QuickField disc on a high-speed electromagnetic simulation and analysis, the density of the electromagnetic coil, armature and the core spacing and core height change on magnetic properties of magnet, calculated in different situations characteristics of the electromagnetic force, summed up the electromagnetic force and the density of electromagnetic coils, armature and the core spacing and core height curve. As a high-speed solenoid design provides a certain foundation.
 The thesis is divided into four chapters, are as follows:
 Chapter I introduces the topics of the background and significance of the electromagnet of the situation at home and abroad. 
 Chapter II introduces high-speed electromagnetic simulation of the structure and principles and the status and trends, which highlights QuickField simulation software.Chapter III High-speed electromagnetic simulation
 Chapter III introduces the main contents of this paper, the simulation of the three parameters on the electromagnetic properties.
 Chapter IV Summarizes the paper.

Keyword：High-speed solenoid; simulation analysis;electromagnetic density

目  录
中文摘要 i
英文摘要 ii
目录 iii
第一章     绪论 4
 1.1  高速电磁铁的发展概述 4
 1.1.1  盘式电磁铁的发展 5
1.2  高速电磁铁的研究状况 6
 1.2.1  国外状况  6
 1.2.2  国内状况 7
1.3  选题的背景及研究意义 8
第二章     电磁铁的仿真研究 9
 2.1  高速电磁铁的结构 9
 2.2  高速电磁铁的工作原理 9
2.3  仿真的现状及趋势 9
 2.4  QuickField仿真软件 11
第三章     高速电磁铁仿真分析 15
     3.1  QuickField仿真的基本步骤 15
     3.2  参数的影响 22
       3.2.1  线圈电磁密度的影响 22
       3.2.2  衔铁与铁心间距的影响 30
       3.2.3  铁心高度的影响 38
     3.3  结果 46
第四章     总结 47
参考文献 48
致谢 49

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