Structure and mechanical properties of three-layer composites obtained by magnetic pulse welding of titanium and Zr-based metallic glass

IF 2.9 3区 工程技术 Q2 AUTOMATION & CONTROL SYSTEMS International Journal of Advanced Manufacturing Technology Pub Date : 2024-03-25 DOI:10.1007/s00170-024-13484-0
Daria V. Lazurenko, Alexander A. Ivannikov, Alexander G. Anisimov, Nikita S. Popov, Kemal I. Emurlaev, Gleb D. Dovzhenko, Ivan A. Bataev, Ruslan I. Kuzmin, Konstantin E. Kuper
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Abstract

Metallic glass-reinforced metal matrix composites (MMCs) are in the focus of attention of many research groups due to the outstanding properties provided by a combination of ductile crystalline matrix and high-strength glassy phase. To date, many fabrication techniques have been used to form such composites. Most of them are based on pressure-assisted sintering of glassy and crystalline components. However, the selection of the heating temperature and holding time is challenging due to the low thermal stability of the metallic glasses (MGs). In this study, a solid-state magnetic pulse welding (MPW) technique was used for manufacturing laminated Ti-based composites with Zr-based MG reinforcement. The structure of the interfaces between Ti and MG layers was studied using light microscopy (LM), scanning electron microscopy (SEM), and synchrotron X-ray diffraction (SXRD). The experimental study was supplemented with smoothed-particle hydrodynamics (SPH) numerical simulations. The Ti-MG-Ti composite obtained by MPW possessed high quality of joint and had no macroscopic defects such as cracks or lack of fusion. The formation of a firm joint was provided by the plastic flow of titanium. Deformation processes in the titanium plates developed mainly in the interfacial zones, while the MG ribbons subjected to deformation by shear mechanism through the entire thickness. Due to the short-term thermal impact and high cooling rates, MPW retained a disordered structure of MG, despite local melting occurring at the interfaces and in shear bands. Tensile tests of composites containing 5 vol. % and 13 vol. % of MG phase showed that their strength follows the rule of mixtures.

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通过磁脉冲焊接钛和锆基金属玻璃获得的三层复合材料的结构和力学性能
金属玻璃增强金属基复合材料(MMC)具有韧性结晶基体和高强度玻璃相组合的优异性能,是许多研究小组关注的焦点。迄今为止,许多制造技术已被用于形成此类复合材料。其中大多数技术都是基于玻璃相和结晶相的压力辅助烧结。然而,由于金属玻璃(MGs)的热稳定性较低,选择加热温度和保温时间具有挑战性。本研究采用固态磁脉冲焊接 (MPW) 技术制造了带有 Zr 基 MG 增强层的层状 Ti 基复合材料。使用光学显微镜 (LM)、扫描电子显微镜 (SEM) 和同步辐射 X 射线衍射 (SXRD) 研究了钛层和 MG 层之间的界面结构。实验研究还辅以平滑粒子流体力学(SPH)数值模拟。通过 MPW 获得的钛-MG-钛复合材料具有很高的接合质量,没有裂缝或不融合等宏观缺陷。钛的塑性流动为牢固连接的形成提供了条件。钛板的变形过程主要发生在界面区,而 MG 带则通过剪切机制在整个厚度上发生变形。由于短期热影响和高冷却率,尽管在界面和剪切带发生了局部熔化,但 MPW 仍保持了 MG 的无序结构。对含有 5 体积百分比和 13 体积百分比 MG 相的复合材料进行的拉伸测试表明,它们的强度遵循混合物的规则。
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来源期刊
CiteScore
5.70
自引率
17.60%
发文量
2008
审稿时长
62 days
期刊介绍: The International Journal of Advanced Manufacturing Technology bridges the gap between pure research journals and the more practical publications on advanced manufacturing and systems. It therefore provides an outstanding forum for papers covering applications-based research topics relevant to manufacturing processes, machines and process integration.
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