汽车车身外矫直新方法:工具的方法

A. Gnatov, Schasyana Argun
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引用次数: 22

摘要

近年来,车身维修和回收业务越来越受欢迎。这里有一个特殊的位置是由提供特定维修操作性能的设备占据的。最有趣的是车身板的回收方法,这种方法可以在不拆卸车身板和破坏现有保护涂层的情况下进行矫直。现在,已经有了几种无需拆卸和拆卸就能修复和恢复汽车车身面板的技术。其中最有前景的是非接触外矫直磁脉冲技术。基本的磁脉冲吸引,铁磁和非铁磁薄壁金属板,探讨。提出了磁脉冲矫直工具电感系统的计算模型。介绍了在所考虑的工具中激发力计算的最终解析表达式。根据得到的解析表达式,对激发力进行了数值计算。建立了不同类型电感器的引力径向分布的体积方程。给出了用研究工具进行磁脉冲矫直的实际试验。利用计算结果,可以建立有效的外磁脉冲矫直工具。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
New method of car body panel external straightening: tools of method
Recently repair and recovery vehicle body operations become more and more popular. A special place here is taken by equipment that provides performance of given repair operations. The most interesting things are methods for recovery of car body panels that allow the straightening without disassembling of car body panels and damaging of existing protective coating. Now, there are several technologies for repair and recovery of car body panels without their disassembly and dismantling. The most perspective is magnetic-pulse technology of external noncontact straightening. Basics of magnetic-pulse attraction, both ferromagnetic and nonferromagnetic thin-walled sheet metal, are explored. Inductor system calculation models of magnetic-pulse straightening tools are presented. Final analytical expressions for excited efforts calculation in the tools under consideration are introduced. According to the obtained analytical expressions, numerical evaluations of excited forces were executed. The volumetric epures of the attractive force radial distributions for different types of inductors were built. The practical testing of magnetic-pulse straightening with research tools is given. Using the results of the calculations we can create effective tools for an external magnetic-pulse straightening of car body panels.
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