首页> 外文会议>Annual Review of Progress in Quantitative Nondestructive Evaluation >ULTRASONIC EVALUATION OF THE EFFECTS OF COMPRESSIVE RESIDUAL STRESSES ON AIRCRAFT ENGINE TURBINE BLADES SUBJECTED TO HIGH CYCLE FATIGUE
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ULTRASONIC EVALUATION OF THE EFFECTS OF COMPRESSIVE RESIDUAL STRESSES ON AIRCRAFT ENGINE TURBINE BLADES SUBJECTED TO HIGH CYCLE FATIGUE

机译:超声评价对高循环疲劳的飞机发动机涡轮叶片对压缩残余应力的影响

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Experiments conducted on titanium (Ti-64) turbine blades with the L{sub}(CR) ultrasonic wave at 20 MHz showed significant differences in untreated blades and blades treated to increase the subsurface compressive residual stress. Group 1 showed significant differences in the treated and untreated areas, the top and bottom of the blades, high cycle fatigue and cracked and uncracked conditions. Group 2 blades showed significant difference between untreated and treated travel-times at probes located at the blade leading edge.
机译:在20MHz的L {Sub}(CR)超声波的钛(TI-64)涡轮机叶片上进行的实验显示出未处理的叶片和叶片以增加地下压缩残余应力的显着差异。第1组在处理和未处理的区域,叶片的顶部和底部具有显着差异,高循环疲劳和裂纹和未填充的条件。第2组刀片在位于叶片前缘的探针处的未处理和处理的行进时间之间显示出显着差异。

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