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引用次数: 0

摘要

. 对复合椭圆弹簧单元进行声发射研究。声发射研究清楚地表明了疲劳损伤增长的本质。弹簧元件从疲劳试验一开始就开始发射声波。声发射信号特征曲线分析表明,在疲劳初始阶段,声发射信号呈突发型发射。UDR/WRM层压板1型弹簧元件的声发射信号参数在27000次循环左右达到峰值。在此期间,观测到连续型声发射信号。这种连续型信号可以由无数的无限爆发型发射信号组成,这种信号不同于疲劳寿命早期记录的爆发型信号。一旦越过峰值,就会观察到一些连续的和爆发型的发射。
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Acoustic Emission Studies on Composite Eliptic Spring Elements
. Composite Elliptic spring elements were subjected to AE studies. The AE studies clearly indicate the nature of fatigue damage growth. The spring elements started emitting acoustic waves from the very beginning of the fatigue tests. The analysis of characteristic curves of AE signal showed a burst type emission during the initial stages of fatigue. The AE signal parameters of UDR/WRM laminate type-1 spring elements reach their peak at around 27,000cycles. During this period continuous type of AE signals were observed. This continuous type signals could consist of numerous infinite burst type emission and these kinds of signals are different from the burst type signals recorded during the early part of the fatigue life. Once the peak is crossed some continuous and some burst type emission have been observed.
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