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Thermo hydrogen treatment for microstructure refinement and mechanical properties improvement of Ti-6A1-4V alloy

机译:热处理氢对Ti-6A1-4V合金的组织细化和力学性能的改善

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摘要

Cast titanium alloys are of great importance in industry, but their mechanical properties are under satisfaction and difficult to improve. Thermo hydrogen treatment (THT) offers a method for the microstructural refinement of titanium alloys without deformation, and thus attracts the attention of researchers. In this work, THT is performed on cast Ti-6A1-4V alloy, including hydrogenation, solution-aging treatment and dehydrogenation. The microstructure evolution during the THT process is carefully studied, and the role of each step for microstructure refinement is carefully evaluated, leading to the conclusion that the solution-aging treatment is the most important step for refinement. Tensile properties of the samples treated with THT were obtained, showing that the THT can increase the tensile strength of the as-cast alloy by - 27.44%.
机译:铸造钛合金在工业中非常重要,但是其机械性能令人满意并且难以改善。氢热处理(THT)为钛合金的微观结构细化而不变形提供了一种方法,因此吸引了研究人员的注意。在这项工作中,THT在铸造的Ti-6A1-4V合金上进行,包括氢化,固溶时效处理和脱氢。仔细研究了THT过程中的微观结构演变,并仔细评估了每个步骤对微观结构细化的作用,得出结论,固溶时效处理是最重要的细化步骤。获得了经THT处理的样品的拉伸性能,表明THT可以将铸态合金的拉伸强度提高-27.44%。

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