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首页> 外文期刊>The International Journal of Advanced Manufacturing Technology >Cross wedge rolling failure mechanisms and industrial application
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Cross wedge rolling failure mechanisms and industrial application

机译:楔楔横轧破坏机理及工业应用

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摘要

Cross wedge rolling (CWR) is an innovative metal forming technology with several well-documented benefits over other traditional manufacturing processes. Over the past several years, CWR technology has obtained overwhelming popularity within the United States, especially in the automotive industry. Based on the authors’ academic and industrial experience, recent development techniques for the CWR process are presented. Initially, the experimental and numerical research techniques for analyzing fundamental CWR failure mechanisms are presented with particular emphasis on the finite element method. This is followed by discussion on industrial implementation of cross wedge rolling system, including the required tooling manufacturing process and major supporting systems. Finally several industrial examples are presented to demonstrate feasibility and efficiency of the CWR process with the goal of removing hesitation of US manufacturers to adopt novel CWR technology.
机译:楔横轧(CWR)是一种创新的金属成型技术,与其他传统制造工艺相比,它具有许多有据可查的优势。在过去的几年中,CWR技术在美国,特别是在汽车工业中获得了压倒性的普及。根据作者的学术和行业经验,介绍了CWR工艺的最新开发技术。最初,提出了用于分析基本CWR失效机理的实验和数值研究技术,其中特别强调了有限元方法。接下来是关于横楔轧制系统的工业实施的讨论,包括所需的模具制造过程和主要的支撑系统。最后,给出了几个工业示例,以证明CWR工艺的可行性和效率,目的是消除美国制造商对采用新型CWR技术的犹豫。

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