1)  Pull-out strength
抗拔出力
2)  resistant extraction
抗拔
1.
Study on prestressed high concrete pile as resistant extraction pile in Shanghai;
上海地区PHC管桩作抗拔桩的探讨
2.
Based on comparative test on resistant extraction and pressure of five super-long and large-diameter bored piles with same diameter and similar length in the same ground,the community and difference of distortion behavior and load transmission property are analyzed.
通过五根直径相同、桩长相近、位于同一场地的超长大直径钻孔灌注桩在拔力与压力作用下的对比试验,分析抗拔桩与抗压桩在变形性状和荷载传递机理的相同性和差异性。
3)  uplift
抗拔
1.
Study on uplift mechanism and calculation of DX pile;
DX桩抗拔承载机理及设计计算方法研究
2.
Based on the theory of limiting equilibrium,the Mohr-Coulomb yielding criterion and slip-line field method,the fundamental equations of stress distribution on the failure plane have been established about the undisturbed soil foundation in transmission line engineering while the uplift limiting condition.
根据经典土力学极限平衡状态下土微元体静力平衡方程式、Mohr-Cou lomb屈服准则和滑移线场理论,建立了输电线路原状土杆塔基础上拔极限平衡状态时滑动面上的应力分布基本方程式,并根据有关文献成果引入土体破裂面方程和边界条件假设,得到了输电线路原状土基础土体滑裂面抗拔极限承载力理论计算公式。
3.
The direct or indirect method to determine ultimate uplift load of anchored rod pile is proposed herein based on field tests in association with engineering practice.
本文结合工程实践,通过现场试验分析研究提出锚杆桩抗拔极限荷载直接或间接的确定方法,并提出了合理的施工方案。
4)  pullout resistance
抗拔力
1.
The testing results analysis on anti-floating anchor pullout resistance;
抗浮锚杆抗拔力试验分析
2.
Based on the theoretical distribution of frictional stress, the maximal pullout resistance formula of wholly grouted anchor is derived.
根据拉拔时锚杆所受粘结应力的理论分布,分析了相应的锚杆最大抗拔力及其适用性和影响因素,为全长粘结式注浆锚杆的设计计算提供理论依据。
3.
The main parameters that affect the pullout resistance of soil nail being regarded as random variables, JC-method is used to analyze the effect of their variance on the reliability of the resistance and its sensitivity to the parameters.
利用一次二阶矩验算点法(JC法),以影响土钉抗拔力的主要参数为随机变量,分析参数变异性对土钉抗拔力可靠度的影响以及可靠度对参数的敏感性。
5)  Ultimate withdraw
极限抗拔
6)  contra-strength of pull-out
抗拔力
参考词条
补充资料:α-型抗结晶抗絮凝酞菁蓝
分子式:
CAS号:

性质:红光蓝色粉末。属于稳定α-型晶相。具有良好的耐溶剂稳定性。在溶剂中不发生色光与晶型的转变。日晒牢度7~8级。以铜酞菁母体与甲醛缩合,其产物与N-羟甲基苯二甲酰亚胺反应,生成的N-羟甲基苯二甲酰亚胺衍生物与铜酞菁母体以1:10质量比混合,再经酸溶,析出,过滤,漂洗,干燥得最终产物。用于高档油墨、涂料及塑料的着色。

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