本文从加筋土补强机理出发，对其进行了试验研究与分析，得出了加筋土结构中加筋率与伸长应变两个主要因素对其强度特性的影响规律。
Research and analysis on these two factors are conducted herein started with the mechanism of reinforced earth strength and the law of influence on strength by these two factors are acquired.
如此，藉由覆层补强金属的增设，可有效增加结构强度，对抗外部应力防止断裂。
Therefore, by means of the additional arrangement of the coated reinforced metal, the strength of the structure can be effectively improved to resist external stress and prevent cracking.
主要用作橡胶制品的补强剂和填充剂，能明显改善橡胶制品的抗拉强度、抗撕裂性和耐磨性。
It is mainly used as rubber reinforcement and filler, to improve their elongation, tear strength and resistance to abrasion.
评定混凝土强度时应计算出强度评定值，作为结构验算和加固补强的依据。
Strength evaluation of concrete check and accept group should be figured out in terms of structure checking computation and remedy when needed.
得出补强圈足以弥补开孔带来的强度削弱。
Knowing that reinforcement circle adequately remedy intensity weaken.
依据车体结构的静强度报告对测试数据和仿真结果进行比较分析，并对结构薄弱处进行补强改进；
According to structural static strength testing report for trailer body, the testing results are analyzed and calculated results is contrasted, the places which is frail should be reinforced;
同时，还探讨了混凝土强度、补强钢板厚度等因素对粘钢补强梁的疲劳性能影响。
At the same time, it presents the effects of concrete code and plate thickness on fatigue property of plated RCbeams.
当箱型臂截面设计合理且在危险截面处实施局部补强后，可使臂架具有良好的刚度，强度，振动稳定性。
When the box section design boom and a reasonable cross-section are put in danger of partial reinforcement, the arm can have good stiffness, strength, vibration stability.
缺陷是影响粘胶基炭纤维强度的重要因素，补强前后粘胶基炭纤维强度的提高与纤维中的缺陷的减少有着密切的关系。
Flaws within the rayon-based carbon fiber (RCF) is an very important factor which influenced on the its strength. RCF has less flaws and has its strength raised when treated by metal-salt solution.
混凝土偏心受压构件，尤其是偏心受压对称配筋柱，强度不满足要求时，可用双面围套加以补强。
In case of insufficient strength in reinforced concrete eccentric compression members, especially of symmetric reinforced eccentric compression column, double encircling can be used for strengthening.
经静动强度和动力学试验，确认补强后的承载挂钩可以修用。
The results of static, dynamic load and motive power test of the construction confirmed, that the stiffening load-borne hookup can be adopted.
经静动强度和动力学试验，确认补强后的承载挂钩可以修用。
The results of static, dynamic load and motive power test of the construction confirmed, that the stiffening load-borne hookup can be adopted.
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