首页> 外文会议>Review of Progress in Quantitative Nondestructive Evaluation >EVALUATION OF MULTIZONE INSPECTION VARIABILITY AT THE SUPPLY BASE FOR 8 INCH-DIAMETER Ti-6A1-4V: A ROUND-ROBIN STUDY
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EVALUATION OF MULTIZONE INSPECTION VARIABILITY AT THE SUPPLY BASE FOR 8 INCH-DIAMETER Ti-6A1-4V: A ROUND-ROBIN STUDY

机译:8英寸直径Ti-6A1-4V的供应基地多区域检查变异性评估:轮循研究

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Multizone Inspection (MZI) is an ultrasonic inspection system that has been developed in response to FAA recommendations for improved inspection of titanium billet material. The system is capable of achieving #2 FBH sensitivity in billets up to 10 inches in diameter. Honeywell as well as other OEMs are interested in adopting this inspection technique in response to FAA recommendations and to improve the sensitivity of their inspection procedures. To achieve that goal an evaluation of the system capability and variability at the supply base is necessary. This paper summarizes the results of a round robin study conducted at the supply base to evaluate the variability of MZI for 8 inch-diameter Ti-6Al-4V. It was found that on the average there is about 27% amplitude variability and 38% Signal-to-Noise Ratio (SNR) variability at each surveyed facility. It was also found that the variability from one facility to the other was on the average about 28% in amplitude and 30% in SNR.
机译:多区域检查(MZI)是一种超声检查系统,根据FAA的建议开发,以改善钛坯料的检查。该系统能够在直径最大10英寸的钢坯中实现#2 FBH灵敏度。霍尼韦尔(Honeywell)以及其他OEM厂商有兴趣采用这种检查技术来响应FAA的建议,并提高检查程序的敏感性。为了实现该目标,必须对供应基地的系统能力和可变性进行评估。本文总结了在供应基地进行的循环研究的结果,以评估8英寸直径Ti-6Al-4V的MZI的变异性。结果发现,在每个被调查的设施中,平均而言,振幅变异性约为27%,信噪比(SNR)变异性为38%。还发现,从一种设备到另一种设备的变异性,平均幅度约为28%,SNR约为30%。

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