1) drawbead restrain force
拉延筋约束力
1.
The Bauschinger effect and the normal anisotropy and strain rate sensitivity to establish the model for solving the drawbead restrain forces.
结合板料冲压计算机模拟的实际情况,改进了李东升[1]等人提出的拉延筋约束力求解模型。
3) binding tensile force
约束拉力
1.
Based on regarding the floor structure of the span where late poured band is as deviating pulling member model,the author derives the binding tensile force calculation formula when the span length is set,analyzes all factors which having influence on binding tensile force,and provides some attention problems in design and construction,so as to guide practice better.
在将后浇带所在跨的楼面结构视为偏拉杆件模型的基础上推导出给定跨度发生变化时的约束拉力计算公式,分析了影响约束拉力大小的各因素,并提出一些设计和施工中应注意的问题,以便更好地指导实践。
4) drawbead restraining force
拉延筋阻力
1.
In the simulation software DYNAFORM, regarding the computation model of the drawbead restraining force established in the text "drawbead binding model and experimental study" as an equivalent drawbead, simulating and analyzing the forming of a certain component on the base of the surface dial.
在模拟软件Dynaform中,将文献[3]中建立的拉延筋阻力计算模型作为等效拉延筋使用,模拟分析了表盘座某部件的成形。
5) draw bead restraining force
拉延筋抗力
1.
Due to complexities of draw bead restraining force calculated according to theory, depending on sheet metal forming properties experiment testing system developed, a simply method to calculate draw bead restraining force is put forward by experiment method in cup shaped drawing process.
针对理论计算拉延筋抗力的复杂性 ,借助一套拉深实验测试系统 ,以盒形件拉深过程为研究对象 ,提出了一种通过实验方法简便测试拉延筋抗力的方法 ,即通过测定有、无拉延筋前后的总拉深力可以简便地计算出拉延筋抗力的大小 。
6) restriction tention
约束拉应力
补充资料：力可拉敏
分子式：
CAS号：
性质：又称石蒜胺碱，力可拉敏。生物碱类。片状结晶（丙酮），熔点121℃，旋光度-96.0 (c=0.71,乙醇)，旋光度-98 (乙醇)，易溶于水，溶于乙醇、丙酮，其盐易水解。存在于石蕊科植物石蒜（Lycoris radiate Herb）的鳞茎，紫花石蕊（L. squamigera Maxim）的鳞茎，铁色箭（L. sanguinea Maxim.）的鳞茎。有抑制胆碱酯酶的作用，对中枢性M-及N-胆碱能受体有兴奋作用。
CAS号：
性质：又称石蒜胺碱，力可拉敏。生物碱类。片状结晶（丙酮），熔点121℃，旋光度-96.0 (c=0.71,乙醇)，旋光度-98 (乙醇)，易溶于水，溶于乙醇、丙酮，其盐易水解。存在于石蕊科植物石蒜（Lycoris radiate Herb）的鳞茎，紫花石蕊（L. squamigera Maxim）的鳞茎，铁色箭（L. sanguinea Maxim.）的鳞茎。有抑制胆碱酯酶的作用，对中枢性M-及N-胆碱能受体有兴奋作用。
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