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Tailored Profiles Made of Tailor Rolled Strips by Roll Forming - Part 1 of 2

机译:量身定做的型材,由量身定制的轧制带材通过辊压成型-第1部分,共2部分

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摘要

To fully exploit the potential of sheet and profiles, various technologies to produce tailored blanks and profiles have been developed [1,2]. In earlier work [3] it has been shown that Strip Profile Rolling (SPR) can be used to produce metal strips with a predefined thickness distribution across the width of the strip. Building upon this knowledge, in two subsequent papers the extended goal of the project is presented. Therein is demonstrated that Strip Profile Rolling can be applied very effectively using a combination of roll forming (part 1) as well as further processing by roll forming (see part 2) to allow for the production of profiles with varying wall thickness in their cross section. To achieve the goal of part 1, a numerical model describing SPR was developed and used to study the influencing process parameters on spread and bulge formation. As a result of this parametric study, an optimized roll design and rolling sequence was developed to produce a demonstrator strip on a 12 stand roll forming mill manufactured by the company Dreistern [4]. Starting with a conventional strip out of DC01 steel (width 170 mm, thickness 2.5 mm), 29 rolling passes were necessary to achieve the desired geometry (width 186 mm, thickness 2.5 mm with a longitudinal groove being 64 mm wide where the thickness is reduced to 1.5 mm). In the second part of the process chain the coils produced by Strip Profile Rolling were successfully roll formed into a circular tube of 60 mm.
机译:为了充分利用板材和型材的潜力,已开发出各种技术来生产定制的毛坯和型材[1,2]。在较早的工作[3]中,已经显示出带材轮廓轧制(SPR)可用于生产在带材宽度上具有预定厚度分布的金属带材。基于此知识,在随后的两篇论文中提出了该项目的扩展目标。其中证明,通过结合辊压成型(第1部分)以及通过辊压成型进行的进一步加工(参见第2部分),可以非常有效地应用带钢型材轧制,从而可以生产横截面壁厚变化的型材。为了实现第1部分的目标,开发了描述SPR的数值模型,并使用该模型研究了工艺参数对扩展和凸起形成的影响。这项参数研究的结果是,开发了优化的轧辊设计和轧制顺序,以在由Dreistern公司制造的12机架轧制机上生产演示带[4]。从用DC01钢制成的常规钢带开始(宽度170毫米,厚度2.5毫米),需要29道轧制道次才能获得所需的几何形状(宽度186毫米,厚度2.5毫米,纵向槽宽64毫米,厚度减小了)至1.5毫米)。在工艺链的第二部分中,将带钢型材轧制生产的卷材成功轧制成60 mm的圆形管。

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