1) yield-line theory
屈服线理论
1.
Based on the experimental result of the characteristics of reinforced concrete slabs with cross-shaped column and the yield-line theory,the .
根据所进行的柱截面为十字形异形柱-板柱连接冲切特性的试验成果,提出了十字形柱-板柱连接的屈服线形式,并应用屈服线理论,导出了十字形异形柱-板柱连接的抗弯承载力表达式。
2.
By adopting of yield-line theory,a calculation formula for the determination of the ultimate capacity of the strengthened slabs was obtained.
采用屈服线理论,建立纤维加固板的极限承载力计算公式,计算结果与试验值吻合较好。
2) yield line theory
屈服线理论
1.
The equations for yield and ultimate capacity of the connection have been proposed based on the yield line theory taking the strain behavior of the connections into consideration.
基于屈服线理论,并考虑连接区域的应变性能,提出了方钢管混凝土柱与钢梁连接的承载力方程,可供制订规范和工程设计参
2.
The formulas for the plastic analysis of RC arbitrary triangular plate are derived on the basis of yield line theory of RC slab.
以钢筋混凝土屈服线理论为基础,推导出钢筋混凝土任意三角形板在均布荷载作用下的塑性设计公式,并讨论了公式的适用性,算例表明,用此公式进行设计既节约钢材,又便于施工,具有很高的实用价值。
3.
On the basis of yield line theory of RC slabs, this paper puts forth the ultimate bearing capacity formulas corresponding to various possible failure mechanisms of RC slabs with four sides supported.
以钢筋混凝土屈服线理论为依据,得出了其相应的各种破坏机构的四边支承钢筋混凝土双向板的极限承载能力公式,讨论了钢筋切断或弯起点位置变化对极限载力的影响,从而得出了一些有益的结论。
3) yield theory
屈服理论
1.
A brief introduction about the yield theory which is used for predicting the lateral resistance of dowel-type connections is given.
本文回顾了国内外木结构钉连接的研究进展,首先介绍了用以分析钉连接承载性能的屈服理论及其建立与发展,然后从连接形式、衰退效应、抗侧力与抗拔力共同作用、其他连接形式和钉连接形式的性能比较等四大方面阐述了国内对外钉连接侧向承载性能的研究。
4) Tresca yield criteria
Tresca屈服理论
5) Mises yield criteria
Mises屈服理论
6) yield theory of small scope
小花围屈服理论
补充资料:K线理论
K线理论——
K线理论就是专门以研究K线的形状和组合为基础的技术分析方法。
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