1) supersonic damage contents
超声损伤参量
2) Damage parameter
损伤参量
1.
The maximum and critical plane of six-fatigue damage parameters under uni-axial, multi-axial proportional and multi-axial non-proportional were determined.
确定了试件在单轴加载、双轴比例加载、双轴非比例加载、三轴比例加载和三轴非比例加载条件下,6种疲劳损伤参量的最大值及临界面位置。
2.
In the approach the fatigue damage parameter is defined as the plastic energy on the critical plane.
此模型以临界平面上的塑性应变能作为疲劳损伤参量,分析了临界平面的特点并给出了损伤参量的计算过程。
3.
Based on analysing the damage parameter of coal and rock on the electromagnetic emission(EME),the forecasting principle of rock burst danger and the forecasting guideline of burst failure applying the EME method were expouned.
通过对基于电磁辐射的煤岩体损伤参量的分析,阐述了电磁辐射法预测煤矿冲击矿压危险的原理和冲击破坏预测准则,深化了对其的认识。
3) damaging parameter D
损伤参量D
4) ultrasonic nondestructive test
超声无损探伤
1.
Investigation on the ultrasonic nondestructive test of infiltrated W-Cu alloy by multiple echo method;
熔渗CuW材料的超声无损探伤研究
6) ?WOUNDSAND INJURIES/ultrasonogr
创伤和损伤/超声检查
补充资料：参量
1.犹酌量。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条