1) Welding reinforcement
焊接加固
2) reinforced weld
加固焊缝
3) strengthened by welding steels
焊钢加固
4) solid-state welding
固态焊接
1.
Diffusion of atoms during solid-state welding of surfaces laser quenched steel;
钢激光淬火后固态焊接过程中的原子扩散
2.
Based on analysis of the probability for isothermal superplastic solid-state welding of different base metals of 40Cr and QCr0.
5异材实施恒温超塑性固态焊接可行性分析的基础上,探讨了恒温超塑性固态焊接的接头形成过程。
3.
5 could be solid-state welding successfully in short time of 120～180s in the conditions of prepressure 56.
5 min,经120～180 s短时压接即可实现高质量的固态焊接。
5) solid phase welding
固相焊接
1.
Analysis for microstructure and microhardness in solid phase welding joint of steel after surface laser quenching;
激光预处理后钢的固相焊接接头组织与硬度分析
2.
The feasibility and the influencing factors of solid phase welding between the structural steel 40Cr and tool steel T10A were explored under the condition of the surfaces to be laser quenched.
探讨了结构钢 4 0Cr与工具钢T10A待焊接表面激光淬火处理后进行固相焊接的可行性及影响因素。
3.
Based on analysis of the probability for isothermal superplastic solid phase welding of same base metals of structural steel (40Cr),different base metals of structural steel (40Cr) to tool steels(T10A,Cr15).
在对结构钢 (40Cr)同材、结构钢 (40Cr)与工具钢 (T1 0A、GCr1 5 )异材实施恒温超塑性固相焊接可行性全面分析的基础上 ,通过对结构钢、工具钢待焊面表层实施高频淬火组织超细化处理 ,在非真空、无保护气氛下 ,系统地探讨了恒温超塑性固相焊接工艺参数对接头质量的影响 。
补充资料：边坡预应力锚索加固
边坡预应力锚索加固
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说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条