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1·This paper gives a method of calculating the optimum support rigidity of the reinforced beam and calculating the corresponding greatest bearing capacity.

通过分析得出了被加固梁最佳支承刚度的计算方法，以及与其对应的最大承载力的计算方法。

2·A method of topology optimization of grillage structure with stress constraints is presented and applied to analyze the reinforced beam of raft foundation.

对筏型基础的加强梁分布进行拓扑优化分析，提出一种应力约束下的格栅结构的拓扑优化方法。

3·By the analysis of average crack spacing, the maximum cracks width, crack height of the reinforced beams. derived a maximum crack width formula for the reinforced beam.

通过对加固梁平均裂缝间距、最大裂缝宽度、裂缝高度等的分析，推导出了加固梁最大裂缝宽度计算公式。

4·On the collapse behavior of the over-reinforced beam and the rare-reinforced beam, the two kinds of beam's mechanical analysis formula of different phase are deduced like the under-reinforced beam.

与适筋梁相仿，根据超筋梁和少筋梁的受力破坏特点，得到了两者在不同受力变形阶段的力学分析公式。

5·Rotor blade connection according to claim 1 wherein the support beam and the intermediate layers comprise a fiber reinforced material.

转子叶片方面，根据权利要求1其中，支撑梁和中间层组成，纤维增强材料。

6·And reinforced high-strength lightweight concrete beam is less ductile as compared with the normal-weight concrete beam of the same concrete strength.

纯弯段无腹筋的高强轻集料钢筋混凝土梁在破坏时表现出较强的脆性，延性要比同一强度等级普通混凝土梁略差。

7·Damage analysis of ordinary reinforced concrete beam.

普通钢筋混凝土梁的损伤分析。

8·Derrick-type reinforced concrete beam often appears in the framework of house walls and building walls that don't support the weight of walls, boards and so on.

王艳丽，张云龙，费以原钢筋混凝土井式梁在屋面和非承墙、 板荷载的楼面结构多有出现。

9·The performance of reinforced concrete beam and steel tube confined concrete joint is vital to popularize steel tube confined concrete in China.

钢筋混凝土梁与钢管混凝土柱节点的受力性能是影响钢管混凝土结构应用的关键问题。

10·The mechanics model of whole process of reinforced concrete beam section flexural rigidity is founded, based on the theoretical analysis the corresponding numerical calculation program is developed.

建立了钢筋混凝土梁截面抗弯刚度全过程分析的力学模型，在理论分析的基础上编制了相应的数值计算程序。