cantilever spring

英 [ˈkæntɪliːvə(r) sprɪŋ]

美 [ˈkæntɪliːvər sprɪŋ]

悬臂弹簧；半悬钢板

The results indicate: the cantilever has different spring constants under different loading modes;
结果表明：悬臂梁在不同加载方式下，具有不同的弹性系数。
In order to take into account the influence of distortion, the cantilever deck of single-cell box girder bridges is considered as cantilever plate with spring support at the root.
本文考虑箱梁畸变，按根部受弹性约束的单向变厚度板计算单室箱梁桥悬臂行车道板；
Analysis and Experiments of Cracked Cantilever Beam Using Torsional Spring Model
裂纹悬臂梁的扭转弹簧模型及其实验验证
For the nonlinear materials obeying the Power law of Ramberg-Osgood form, the solutions of fully Plastic J-integral and loading line displacement of Double Cantilever Beam ( DCB) specimen were obtained by use of nonlinear spring.
利用非线性弹簧裂纹端模型，求得了双悬臂梁（DCB）试样的幂强化全塑性J积分和加载点张开位移Δ的半解析解。
The effect of cantilever tilt angle, in-plane deformation, contact stiffness and tip position on effective spring constants of cantilevers are detailed discussed.
计算结果表面微悬臂梁安装倾斜角度、针尖安装位置、接触刚度和面内形变对微悬臂梁等效刚度具有较大影响。