1) cantilever circuit
悬臂形电路
2) slender arm distortion
悬臂变形
1.
Process prevention technology for slender arm distortion of connector terminal;
连接器端子悬臂变形问题的工艺预防
3) rectangular cantilever plate
矩形悬臂板
1.
The bending Of a rectangular cantilever plate is a very complicated problem in the theory of Kirchhoff plate.
矩形悬臂板弯曲问题是Ｋｉｒｃｈｈｏｆｆ板理论中的难题。
2.
The analytical solution for bending of orthotropic rectangular cantilever plates is investigated by use of Stockes transformation of double variable function.
本文利用双变量函数Ｓｔｏｃｋｅｓ变换研究正交各向异性矩形悬臂板的解析解。
4) cantilever rectangular plate
悬臂矩形板
1.
This paper emphasis to diacuss non-symmetric bending of cantilever rectangular plate support concentrated force on arbitrary point.
利用叠加原理及广义简支边的概念，着重讨论了悬臂矩形板在任意一点承受集中力作用的不对称弯曲。
2.
Taking the polynomial and trigonometric function as flexural funciton,the paper analyses the problem of the bending of orthotropic cantilever rectangular plate according to Rayleigh-Ritz method of the theory elasticity.
构造多项式和三角函数的混合形式作为挠度试函数 ,用Rayleigh -Ritz法求解了正交异性悬臂矩形板的弯曲问题。
3.
Finally,this proposed method is applied to designing the optimal locations for measuring the asymmetric bending deformation of a cantilever rectangular plate.
应用该方法对悬臂矩形板弯曲变形实测进行了测点优化布置,组合优化数值结果验证了该方法的可行性和有效性。
5) piezoelectric cantilever
压电悬臂梁
1.
Modeling and simulation of piezoelectric cantilever generators;
压电悬臂梁发电装置的建模与仿真分析
2.
A piezoelectric cantilever microphone based on silicon was described,which received acoustic pressure with a piezoelectric multimorph cantilever based on silicon.
设计了一种硅基PZT压电悬臂梁式微麦克风。
3.
The effect of electrode layer on the dynamic performance of micro piezoelectric cantilever were investigated analytically.
采用解析方法就电极层对压电微悬臂梁动态性能的影响进行了研究,并得出结论:当弹性层、压电层与电极层的厚度比值较大时,可忽略电极层对压电悬臂梁横向位移及谐振频率的影响。
6) piezoelectric cantilever beam
压电悬臂梁
1.
A structure of piezoelectric cantilever beam with seismic mass is studied.
研究了一种带质量块的压电悬臂梁结构,利用压电薄膜的正压电效应将机械能转化成电能,可以用于振动能的收集。
补充资料：大坝内部变形观测(见水工建筑物变形观测)
大坝内部变形观测(见水工建筑物变形观测)
daba neibubianxing guanCe大坝内部变形观测见水工建筑物变形观测。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条