大直径薄壁TA24钛合金管中频感应加热弯曲工艺研究

    Study on Medium Frequency Induction Heating Bending Process of Large Diameter Thin-walled TA24 Titanium Alloy Tube

    • 摘要: 根据某船舶管路系统用大直径薄壁TA24钛合金弯管的产品特点,开展了φ426 mm×10 mm规格管材中频感应加热弯曲成形工艺试验。对成形弯管表面质量、壁厚减薄率、截面圆度进行了分析,对比研究了热弯成形态、750℃热处理、800℃热处理3种状态下弯管的力学性能和金相组织。结果表明,采用给定的热弯工艺参数能够制备出满足要求的TA24合金弯管。

       

      Abstract: According to the product characteristics of large diameter thin-walled TA24 titanium alloy tube for a ship piping system, the medium frequency induction heating bending process test of φ426 mm×10 mm tube was carried out.The surface quality of the bending tube, wall thickness thinning ratio, and roundness of the cross-section were analyzed.Mechanical properties and metallographic structure under hot bending, 750℃heat treatment and 800℃heat treatment were studied.The results show that the given hot bending process parameters can be used to prepare TA24 alloy bending tube that meets the requirements.

       

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