高导电性铜铍合金C17510焊接工艺的研制

H. Murray, I. Harris, J.A. Ratka
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引用次数: 4

摘要

BPX(燃烧等离子体实验)环形场线圈导体是由铜铍合金C17510板制成的。普林斯顿等离子体物理实验室(PPL)发起了一项开发计划,以建立焊接技术并研究这种合金的焊后热处理的好处。研究了几种工艺选择。由于钢板材料和焊缝填充物都含有铍,因此建立健康/安全程序是开始开发计划的先决条件。通过同时优化焊接工艺和热处理工艺,在提高焊缝物理完整性方面取得了重大进展。初始程序阶段产生了可重复的焊缝,其表现出超过80ksi的0.2%偏移屈服强度。焊接技术是在商用自动化焊接设备上开发的,热处理程序是为了与大型焊接组件兼容而建立的。对过程质量保证技术进行了研究
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Development of a welding procedure for high conductivity, copper-beryllium alloy C17510
The BPX (Burning Plasma Experiment) toroidal field coil conductor is fabricated from plates of C17510, a copper-beryllium alloy. A development program was initiated by Princeton Plasma Physics Laboratory (PPL) to establish welding techniques and investigate the benefits of post-weld heat treatment for this alloy. Several process options were investigated. Since both the plate material and weld filler contain beryllium, the establishment of health/safety procedures was prerequisite to the start of the development program. Significant progress in elevating the physical integrity of the welds was achieved by simultaneously optimizing the weld procedure and the heat-treatment processing. The initial program phase resulted in reproducible welds which exhibited 0.2% offset yield strengths in excess of 80 ksi. The welding techniques were developed on commercially available automated welding equipment and the heat-treatment procedures were established to be compatible with large welded assemblies. In-process quality assurance techniques were investigated.<>
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