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1·Special line-out design for bending resistance and tensile. it will upgrade the durability and life.

独特的出线包 覆设计，抗拉、耐弯曲，提升耐用度和寿命；

2·The invention can be used without being rolled into a three-dimensional U shape, and has excellent bending resistance.

本发明无需卷曲成立体U形即可使用、具有良好的耐弯折性能。

3·Strength and bending resistance test, welding heat test and highly accelerated life test (HALT) were retested up to grade.

经瓷体强度实验、抗弯曲实验、耐焊接热实验、加速寿命实验，其各项指标均合格。

4·Periodical bending resistance test in screws with hollow lateral holes in pedicle of vertebral arch was made on the rest 12 vertebrae.

另外12个椎体做空心侧孔椎弓根螺钉的周期抗屈试验。

5·Finally, based on the calculation method of bending resistance capacity, the calculation results were in good agreement with experimental results.

最后，根据抗弯承载力的计算方法进行计算，计算结果与试验结果吻合较好。

6·Based on a practical building project, the bending resistance properties of adopting CFRP strengthening method are studied for prestress concrete beam.

以实际工程为背景，针对预应力混凝土梁cfrp加固的抗弯受力性能进行了研究。

7·Rattan is valuable non - wood product in tropical areas, it has characters of pliable and tough, bending resistance, is main material of weaving and furniture making.

棕榈藤是热带地区宝贵的非本质林产品，其柔韧、抗拉和抗弯等特点使其成为编织和制作藤制品家具的主要原料。

8·The mechanism of vertical bearing capacity root foundation was analyzed, and the improvement of bearing capacity due to the soil compaction and the bending resistance of roots was discussed.

分析了根式基础的受力机理，探讨了根键的挤土效应及抗弯特性对提高基础承载力的作用。

9·Where condition (4) above is not fulfilled, the effective depth of the steel for the calculation of bending resistance in accordance with 6.1 should apply to the layer furthest from the tension face.

凡条件(4)项不符合，该钢计算弯矩的有效深度应符合6.1条，应适用于最远的一层张力。

10·Advantages: good abrasion resistance, anti slip, elasticity, not easy to break, softness, good stability, extended contraction, good hardness, good bending.

优点：耐磨性佳、防滑、有弹性、不易断裂、柔软度较好、伸延性好、收缩稳定、硬度佳、弯曲性好。

抗弯

1·Finally, based on the calculation method of bending resistance capacity, the calculation results were in good agreement with experimental results.

最后，根据抗弯承载力的计算方法进行计算，计算结果与试验结果吻合较好。

2·Based on a practical building project, the bending resistance properties of adopting CFRP strengthening method are studied for prestress concrete beam.

以实际工程为背景，针对预应力混凝土梁cfrp加固的抗弯受力性能进行了研究。

3·The mechanism of vertical bearing capacity root foundation was analyzed, and the improvement of bearing capacity due to the soil compaction and the bending resistance of roots was discussed.

分析了根式基础的受力机理，探讨了根键的挤土效应及抗弯特性对提高基础承载力的作用。