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1·In this paper the mechanism of lateral bending deformation of Lear springs is studied.

对钢板弹簧的侧向弯曲变形机理进行了分析。

2·Choose a different bus schedule to be completed mold plane bending, lateral bending and other processes.

选用不同的模具可以完成母线排的平面弯曲、侧向弯曲等加工工艺。

3·A combination of lateral bending plus flexion or lateral bending plus extension strongly increased the maximum shear strains.

合并有侧弯加屈曲或侧弯加伸展的运动很明显地增加了最大切应力。

4·The stability with wire fixation was greater and equal to in flexion and in extension, lateral bending and axial rotation respectively.

棘突钢丝固定在前屈运动方向上可加强节段的稳定性，可恢复节段在后伸、侧弯和轴向旋转运动方向上的稳定性；

5·The model and the specimens were loaded with pure unconstrained moments of 7.5 Nm in flexion, extension, lateral bending, and axial rotation.

模型及标本承受屈曲、伸展、侧弯及轴向旋转的纯的不受限的7.5 Nm大小的负荷。

6·And the increasing of prepreg tack can significantly improve the lateral bending performance, which all agree with theoretical prediction well.

增加预浸料黏附力可显著提高其侧向弯曲性能，符合理论分析结果。

7·The results show that the lateral bending performance of prepreg increases with the increasing of temperature, pressure, and decreasing of speed.

结果表明：随着温度增大、压力和速度减小，预浸料的侧向弯曲性能提高；

8·Results The range of motion (ROM) of process wire was less than that of the intact in flexion, extension, lateral bending, but not in axial rotation.

结果棘突钢丝在屈伸和侧弯时的运动范围可恢复完整颈椎水平，但旋转时的运动范围比完整颈椎大。

9·Lateral bending plus axial rotation yielded the highest increase in fiber strains, followed by axial rotation plus flexion or axial rotation plus extension.

在轴向旋转加屈曲或轴向旋转加伸展时，侧弯加轴向旋转是纤维强度增强的最大。

10·Test the stability of the models of the control group and the groups with and without bone graft in axial compression, lateral bending, flexion-extension and rotation.

测试模型对照组、植骨组和非植骨组在垂直压缩、侧弯、屈伸和旋转方向上的力学稳定性。