1) Plastic line
塑性绞线
2) flexible stranded wire
软性绞合线
3) yield line
塑性铰线
1.
By adoption of yield line theory, the author analyses the bearing capacity of square slabs reinforced with carbon fibre reinforced plastic (CFRP) or steel strips and improves Zhang Jiwen s yield line pattern.
采用塑性铰线理论 ,分析外贴碳纤维布 (CFRP)或钢条带加固的正方形板的承载力 。
2.
Based on the result, the authors put forward the yield line distribution trait:leaning direction of the yield line is within the interval (0°,45°].
根据分析结果 ,明确了塑性铰线的分布规律 :倾斜方向的塑性铰线 ,其倾斜角度必定处在 (0 ,4 5°]的区间内 ,不会超出 4 5°。
3.
The yield line pattern and strength of the plated RC slabs subjected to a uniformly distributed load are analyzed and calculated by employing yield line method,and furthermore,a practical design procedure and corresponding designing tables are also proposed.
在已有的混凝土双向板外贴板加固试验研究成果[1] 的基础上 ,进一步应用塑性铰线理论对承受均布荷载的混凝土矩形双向板用外贴薄板加固后的最终塑性铰线模式及其承载力进行了分析计算 ,在此基础上提出了适用于该类加固板的实用设计计算方法及设计表格 ,并编制了相应的通用程
4) plastic hinge line
塑性铰线
1.
In this paper,the failure mechanism of a special shape reinforced concrete slab under uniformly distributed loading,was established based on the plastic hinge line theory,and the temperature field in slab was determined by using the finite difference method.
本文基于塑性铰线理论确定了钢筋混凝土异形板的破坏机构，并利用有限差分法计算了火灾时板内的温度场，根据高温后钢筋和混凝土的力学性能对塑性铰线截面的弯矩及灾后极限均布荷载进行了分析，为钢筋混凝土板火灾后的评估和维修提供依据。
2.
A simplified calculation method was also given,in which plastic hinge line model was used.
建立了节点承载力计算的塑性铰线模型,推导了塑性铰线的承载力,得到了受拉翼缘的极限拉力,并最终确定了节点的承载力计算方法。
5) plastic hinged lines
塑性铰线
1.
A new theory of the plastic hinged lines for the limit load calculation of the reinforced concrete plates is established.
利用双剪屈服准则建立了用机动法计算钢筋混凝土薄板极限载荷的新的塑性铰线理论 ,并导出了双向布置钢筋的钢筋混凝土板的屈服条件 ,实例计算表明其更符合实验结果 。
2.
Based on the yield criteria a new theory of the plastic hinged lines for the limit load calculation of reinforced concrete plates.
文章利用双剪屈服准则1导出了钢筋砼薄板屈服时屈服条件,并利用此屈服条件创立了用机动法计算薄板极限载荷的新的塑性铰线理论,它与用原有塑性铰理论所计算的结果比较,更符合实验结果〔2-4〕。
补充资料：钢绞线
见预应力钢丝。
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