1) same tendon in internality and externality
体内外同索
1.
In order to solve the existing high-rise building additional large-span cantilevered beam facing the question of the use of same tendon in internality and externality prestressed technology for cantilevered beam design,not only improve the cantilevered beam crack roots,but also on both the structure of cross-border negative moment beam reinforced zones.
为了解决既有高层建筑结构增设大跨度悬挑梁所面临的问题,采用了体内外同索预应力技术进行悬挑梁设计,不仅提高了悬挑梁根部的抗裂性,而且还对既有结构边跨梁端负弯矩区实现了加固。
2) internal and external tendon
体内外预应力索
4) coaxial symmetric inside and outside conductor
同轴对内外导体
5) Prestressed external tendon
体外索
1.
Study of static and dynamic behavior of T-shape rigid frame bridge reinforced by prestressed external tendon;
体外索加固T型刚构桥的静动力性能研究
6) external tendon
体外索
1.
Experimental study on the nonlinear structural performance of steel-concrete composite continuous box beams with external tendons;
体外索钢箱-混凝土组合连续梁非线性结构性能试验研究
2.
Mechanical performance of steel-concrete composite box beams with external tendons;
体外索钢箱—混凝土组合梁力学性能研究
补充资料：体内
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CAS号：
性质：常指实验观察中的事件或酶反应以正常途径发生，即在一个生物活体之内进行。
CAS号：
性质：常指实验观察中的事件或酶反应以正常途径发生，即在一个生物活体之内进行。
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