首页> 外文会议>International Conference on Frontiers in Automobile and Mechanical Engineering >EVOLUTION AND RECENT TRENDS IN FRICTION DRILLING TECHNIQUE AND THE APPLICATION OF THERMOGRAPHY
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EVOLUTION AND RECENT TRENDS IN FRICTION DRILLING TECHNIQUE AND THE APPLICATION OF THERMOGRAPHY

机译:摩擦钻井技术的进化与近期趋势及热成像应用

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Friction drilling is a new trend of hole making process in which the frictional force between the tool and work material is used for hole making, by thrusting of the tool into the work material without chips formation as like conventional drilling.During friction drilling ductility of the material increases with heat, which causes the material to extrude on the front and backsides of the hole, which forms the boss and bush respectively on the work piece, so it provides the required projection for threading. The damage to the surface occurring during the hole making, takes place at high temperature, which could be monitored using thermography. By using this technique damages occur during manufacturing can be monitored and minimized.Due to high temperature during drilling various phenomena like thermal phase transition, plastic flow of material and extrusion may occur, which directly influences mechanical properties and may cause plastic material from the hole surface.Friction drilling is used for hole making process of aerospace, automotive, commercial and industrial products.
机译:摩擦钻孔是孔制造过程的新趋势,其中工具和工作材料之间的摩擦力用于孔制造,通过将工具推入工作材料而没有芯片形成的情况下,如传统的钻孔。用常规钻孔制造摩擦钻孔延展性材料随着加热而增加,这使材料挤出孔的前后侧面,它们分别在工件上形成凸台和衬套,因此它提供了螺纹所需的投影。在孔制造期间发生的表面的损坏发生在高温下,可以使用热成像监测。通过使用这种技术,可以在制造期间发生损坏,可以监测和最小化。在钻孔期间,在钻孔期间的高温,如热相转变,可能发生材料和挤出的塑料流动,直接影响机械性能,可能导致孔表面的塑料材料.Friction钻井用于航空航天,汽车,商业和工业产品的孔制造过程。

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