1) Comprehensive pull-pressing rigidity
综合拉压刚度
2) tensile compression rigidity
拉压刚度
1.
The research on calculating accurately space truss considering partial tensile compression rigidity;
考虑节点局部拉压刚度时空间网架计算探讨
3) composite stiffness
综合刚度
1.
Semi-numerical solutions of laterally loaded piles by the biparameter method with composite stiffness;
推力桩计算的综合刚度双参数法半数值解
2.
The paper first points out the disadvantages of the existing biparameter method and the finite difference method with composite stiffness in calculating displacement, soil resistances and internal forces of laterally loaded piles, namely the analytical expressions of exponential progression are too lengthy to be programmed and calculating by tables is taxing.
针对现有综合刚度双参数法计算推力桩的幂级数解析解和有限差分法公式较为冗长、编程不便和查表手算较为繁冗的不足,文章结合解析解反算桩-土综合刚度和地基系数的双参数,采用B-样条函数能量配点法进行桩身位移、侧土抗力和内力计算的新方法。
4) Synthetical dynamic stiffness
综合动刚度
5) integrating stiffness method
综合刚度法
6) composite stiffness principle
综合刚度原理
1.
The formula derivated by biparameter method under composite stiffness principle is not tally with the actual situation due to the limitation of value selection of depth power.
目前应用的综合刚度原理双参数法所推导的公式,深度幂次数的取值范围受限,且与实际不符,加之对桩的计算没有结合实际进行分段,而是对整个桩取统一参数,造成桩的下半段计算误差较大。
2.
Based on the composite stiffness principle and bi-parameter method,a finite difference method is proposed for the calculation of whole displacement of anchor-stabilizing pile and the internal forces.
基于综合刚度原理和双参数方法,提出了进行抗滑桩全桩位移和内力计算的有限差分法,推导了相关公式,编写了实用的计算和图形处理程序。
补充资料：尺神经Guyon管嵌压综合征
尺神经Guyon管嵌压综合征
entrapment syndrome of ulnar nerve in Guyon canal
指尺神经在经过腕部掌横韧带的Guyon管时受嵌压后表现的临床综合征。Guyon管位于腕横韧带的尺侧表层，由尺侧腕屈肌的扩张筋膜部分拼成。管四周都是筋膜性组织。多因腕部经常受挤压而引起该管增生狭窄。临床上表现尺侧1、5手指掌侧感觉障碍和手内在肌力减弱，甚至瘫痪。多见于长久骑自行车的运动员。治疗宜切开Guyon管，解除压迫。
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