1) shaft lining deformation
井壁应变
2) shaft wall stress
井壁应力
1.
The calculation formula of shaft wall stress is obstained by applying repeated addition principle.
在运用迭加原理求得了井壁应力的计算公式后，又编制了空间轴对称问题的有限元程序，通过计算发现，两者的误差很小，都可应用于井壁结构的设计计算。
3) additional stress of shaft lining
井壁附加应力
4) calculation of shaft lining
井壁应力计算
1.
Aiming at the failure phenomenon of some shaft lining surrounded by special strata,on the basis of simulation tests the authors preliminariy approach the stress calculation of shaft lining acted by gravity,ground pressure and an additional force by the spatial elasticity theory,and put forward an approximate but practical formula for calculating the stresses of shaft lining.
针对华东地区立井井壁破坏现象，结合模拟试验研究的成果，用空间弹性理论对承受地压、自重和附加力的立井井壁应力计算进行了探讨，导出近似可用的井壁应力计算公式，通过实例计算证明了附加力是导致井壁破坏的主要原因，故井壁设计应当考虑附加力的影响。
6) vessel wall strain
血管壁应变
1.
A 1-D radial strain calculational method was developed for intravascular ultrasound elastography(IVUSE) to overcome current problems,such as signal correlation reduction induced by catheter wiggling among neighboring tissue,noise and errors when estimating displacement or vessel wall strain.
用光流法和回归分析法,对血管壁的旋转运动进行定量估计和补偿;用一维互相关方法和Savitzky-Golay差分滤波器算法,计算IVUSE中位移和血管壁应变。
补充资料：轧辊残余应力(见轧辊应力)
轧辊残余应力(见轧辊应力)
residual stresses in roll
zhagun eanyu yingli轧辊残余应力(residual stresses in roll)见礼辐应力。
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