1) bursting force
劈裂力
1.
The formulae for calculating the magnitude of bursting force in the post-tensioned anchorage zone was derived on the basis of the force equilibrium conditions of the nodes in this STM formation and its intrinsic geometrical relationship.
在此基础上,利用拉压杆模型中节点力的平衡条件以及模型中的几何关系,推导出后张锚固区劈裂力大小的计算式。
2.
Through integrating the bursting stresses along the tendon axis,the location of the resultant bursting force was obtained,which was taken as a basis to determine the location of ties.
最后,应用该构形方法,得到了跨度为20~50m的T梁端部锚固区拉压杆模型,将由拉压杆模型计算出的劈裂力大小与精细化有限元分析结果进行了比较,其比值分布在1。
2) hydraulic fracturing
水力劈裂
1.
Influence factors on hydraulic fracturing in central core of earth-rock dam;
土石坝心墙水力劈裂影响因素分析
2.
Study on mechanism of hydraulic fracturing in core of earth-rockfill dam;
土石坝心墙水力劈裂机制研究
3.
Numerical simulation of the process of hydraulic fracturing in earth and rockfill dams;
土石坝水力劈裂发生过程的有限元数值模拟
3) hydraulic fracture
水力劈裂
1.
Centrifuge model test of hydraulic fracture of earth dam and it s analysis;
土坝水力劈裂的离心模型试验及其分析
2.
Analysis on condition for hydraulic fracture of rockfill dam with clay core;
土质心墙坝水力劈裂条件分析
3.
There are two analysis methods of hydraulic fracture: effective stress method and total stress method.
水力劈裂的常用计算方法分有效应力法和总应力法,但其计算结果却常有很大差异。
4) hydraulic splitting
水力劈裂
1.
The hydraulic splitting test for the bearing capacity of surrounding rock of the air-cushion surge tank in Xiaotiandu hydropower station;
小天都气垫调压室洞壁围岩原地承载力的水力劈裂测试
5) Grouting force splitting
浆力劈裂
6) hydraulicfracturing technique
水力劈裂法
补充资料：劈裂
1.见"劈烈"。
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