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Joining by forming technologies: current solutions and future trends

机译:通过成型技术连接:当前解决方案和未来趋势

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摘要

The progressively more demanding needs of emissions and costs reduction in the transportation industry are pushing engineers towards the use of increasingly lightweight structures. This goal can be achieved only if dissimilar and/or new materials, including polymers and composites, are joined together to create complex structures. Conventional fusion welding processes have often been proven inadequate to this task because of the high heat input reducing the joint mechanical properties or even making the joining process impossible. Joining by forming technologies take advantage on the plastic deformation to create sound joints out of even very dissimilar materials. Over the last 25 years, several new processes, with increasing potential in effectively joining virtually every structural material, have been invented and developed. In the paper, a comprehensive overview of the most utilized joining by forming processes is given. For each process, an analysis of the current research trends and hot topics is provided, highlighting strengths and weaknesses for industrial applications.
机译:运输行业对排放和降低成本的需求越来越严格,这促使工程师使用越来越轻的结构。只有当不同的和/或新的材料(包括聚合物和复合材料)连接在一起以形成复杂的结构时,才能实现这一目标。传统的熔焊工艺通常被证明不足以完成这项任务,因为高热输入会降低接头的机械性能,甚至使连接过程变得不可能。通过成型技术连接利用塑性变形,甚至可以用非常不同的材料创建良好的接头。在过去的 25 年中,已经发明和开发了几种新工艺,这些工艺在有效连接几乎所有结构材料方面的潜力越来越大。在本文中,对最常用的成型连接工艺进行了全面概述。对于每个过程,都提供了对当前研究趋势和热点主题的分析,突出了工业应用的优势和劣势。

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