1) laminated piezoelectric rectangular plate
压电层合方板
1.
The main contents of this paper are shown as follows:(1) Based on Hamilton\'s principle and Rayleigh-Ritz method,model of a nonlinear dynamic laminated piezoelectric rectangular plate is established and the governing equations are derived and solved for the thin plate model.
本文考虑了强电场下压电材料的非线性,研究了电场作用下压电层合方板的振动特征,推导了压电层合方板的主共振响应和主共振频率表达式,通过与实验数据的对比,验证了理论解的正确性并给出了振幅和频率的影响因素。
2) piezoelectric laminates
压电层合板
1.
Analysis of transient responses in piezoelectric laminates excited by coupled electro-mechanical loads;
机电耦合载荷下的压电层合板瞬态响应分析
3) piezoelectric laminated plates
压电层合板
1.
Bending of composite materials cantilever piezoelectric laminated plates based on nonlinearity;
基于非线性的压电层合板弯曲
2.
Using the robust control method to control the vibration of piezoelectric laminated plates;
压电层合板振动的鲁棒控制
3.
The solution of the thermal buckling problems of piezoelectric laminated plates is presented in the context of the mathematical theory of elasticity.
本文在作者们以前工作的基础上导出了热压电介质弹性稳定性问题的控制微分方程，提出了热压电层合板热屈曲问题的数学弹性力学解法。
4) piezoelectric laminate
层合压电板
6) piezoelectric laminated plate
压电层合板
1.
This paper analyzes the deformations in unbalanced piezoelectric composites under the same loads and driving voltages using the 4-node rectangular piezoelectric laminated plate finite element, which is based on the first-order shearing deformation theory.
利用基于一阶剪切层合板理论的四节点矩形压电层合板板有限单元,分析了在外载荷和驱动电压相同的情况下,五种不同铺层形式的压电复合材料变形的规律;同时对压电非均衡复合材料中弯-扭耦合系数对其变形规律的影响进行了初步的研究。
2.
Considering the effects of piezoelectricity and geometrical nonlinearity,the non-linear dynamic equations of piezoelectric laminated plates are established.
基于损伤力学,考虑压电效应、几何非线性和损伤演化的影响,建立了集中载荷作用下压电层合板的非线性运动微分方程,考虑撞击物与压电层合板之间的弹性接触效应,确定了层合板所承受的冲击力。
补充资料：N,N-二缩水甘油2,4,6-三溴苯胺玻璃布层合板
分子式：
CAS号：
性质：以三溴苯胺环氧树脂为基料的玻璃布层合板。耐燃性好，相对密度>1.98。机械强度除冲击强度(190kJ/m2)和剪切强度(119MPa)外，其他略次于E-51环氧树脂。将三溴苯胺环氧树脂与有关添加剂配成胶液后，手工糊于玻璃布上，叠层并层合固化即得。可用于要求耐燃的航空、船舶和机电行业。
CAS号：
性质：以三溴苯胺环氧树脂为基料的玻璃布层合板。耐燃性好，相对密度>1.98。机械强度除冲击强度(190kJ/m2)和剪切强度(119MPa)外，其他略次于E-51环氧树脂。将三溴苯胺环氧树脂与有关添加剂配成胶液后，手工糊于玻璃布上，叠层并层合固化即得。可用于要求耐燃的航空、船舶和机电行业。
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