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首页> 外文期刊>American journal of applied sciences >TWIST SPRINGBACK MEASUREMENT OF AUTONOMOUS UNDERWATER VEHICLE PROPELLER BLADE BASED ON PROFILE DEVIATION | Science Publications
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TWIST SPRINGBACK MEASUREMENT OF AUTONOMOUS UNDERWATER VEHICLE PROPELLER BLADE BASED ON PROFILE DEVIATION | Science Publications

机译:基于轮廓偏差的自主水下机器人螺旋桨的扭转回弹测量科学出版物

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> Geometrical defects that are attributable to springback are among the major defects induced by the sheet metal forming process. Such defects are critical for sections with varying thickness, such as Autonomous Underwater Vehicle (AUV) propeller blades. In this study, the springback in the twist-bending of an AA6061 propeller blade was quantified by comparing the targeted and manufactured profiles obtained using the commercial three-dimensional surface measurement technique. The results show that the twist springback becomes larger as the twist angle increases. Similarly, the twist springback increases with increasing deformation ratio.
机译: >归因于回弹的几何缺陷是钣金成形过程中引起的主要缺陷。对于具有变化厚度的部分,例如自主水下航行器(AUV)螺旋桨叶片,此类缺陷至关重要。在这项研究中,通过比较使用商用三维表面测量技术获得的目标轮廓和制造轮廓,量化了AA6061螺旋桨叶片扭曲弯曲中的回弹。结果表明,随着扭转角的增大,扭转回弹力变大。类似地,扭转回弹随着变形率的增加而增加。

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