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1·Science and the power of rational inquiry and in the ultimate capacity.

致文化差异尽失的世界；一个建立在信仰科学和智力并相信人类有最大的能力塑。

2·The research include: (1) Ultimate capacity of circular TX-joints loaded by multiplanar loads.

研究内容包括：(1)TX型圆管节点在空间作用下的承载力。

3·Pasting CFRP, the ultimate capacity of rc arch bridge of is lower than that of pasting steel plates.

粘贴碳纤维布加固与粘贴钢板加固相比，其承载能力提高量偏低。

4·The ultimate strength of the structure can be increased as more sections reach their ultimate capacity.

该构造的极限强度可进步跟着越来越多的路段到达他们的最终才能。

5·The ultimate capacity of prestressed composite beams is 27.7% higher than that of reinforced concrete ones.

预应力组合梁比普通组合梁的极限荷载可提高27.7%；

6·The ultimate capacity of CHS overlapped joints with greater diameter and thickness of through brace is reasonable.

由分析可知，把直径较大和壁厚较厚的腹杆作为贯通腹杆节点，其极限承载力较高且构造较为合理。

7·The results show that the effect of secondary load can be neglected if initial load is less than 20% of ultimate capacity.

研究结果表明，在初始荷载小于极限承载力20%的情况下，可以忽略二次受力的影响。

8·The result shows that the main factors affecting the ultimate capacity are the local deformation and instability of the bridge.

结果表明，桥梁局部变形失稳是影响整体极限承载力的重要因素。

9·The solutions given can be flexibly used to calculate the ultimate capacity of all kinds of different special properties materials foundations.

所给出的解可以灵活地适用于各种不同特性材料地基承载力的计算。

10·The laws of the ultimate capacity ratio of K-joints and KK joints (namely multiplanar coefficient) varying with the main geometrical parameters were obtained.

研究了KK型节点和K型节点极限承载力之比（即空间作用系数）随节点几何参数的变化规律。