1) laminated circular plate
层合圆板
1.
Dynamics interaction analysis between laminated circular plate and infinite layer foundation;
层合圆板与无限层土地基动力相互作用
2.
Employing the partition region model and appling the plate theory and nonlinear mechanics ,the nonlinear differential governing equations of delaminated circular plate are built.
本文以具任意位置脱层复合材料层合圆板为研究对象,采用分区模型,基于复合材料力学、板壳理论、非线性力学的基础理论,建立脱层层合圆板的非线性静、动力学控制方程和定解条件,研究具脱层层合圆板的屈曲、后屈曲、脱层扩展以及非线性振动与非线性动力响应等问题,深入讨论了脱层尺寸、脱层位置以及材料参数等因素对脱层圆板非线性动、静力学行为的影响。
2) multilayered elliptic plates
层合椭圆板
1.
Three-dimensional linear analysis of anisotropic multilayered elliptic plates;
各向异性层合椭圆板的三维线性分析
3) laminated circular plate
层合圆厚板
1.
Statics interaction analysis between laminated circular plate and infinite layer foundation;
用半解析元法分析了轴对称横观各向同性层合圆厚板与无限层土地基的静力相互作用,提出了一种新的半解析位移函数。
4) piezoelectric laminated circular plates
压电层合圆板
1.
Von Karman equation of axisymmetric piezoelectric laminated circular plates is obtained with a view to influence of the electrostrictive nonlinear piezoelectric effects and geometric nonlinearity.
本文研究可移简支及夹支边界条件下,轴对称压电层合圆板在强电场和机械荷载联合作用下的非线性变形,考虑电致伸缩的非线性压电效应及几何非线性,导出轴对称压电层合圆板的von Karman方程,利用幂级数法求解,得到强电场和均布载荷作用下的挠度、轴力及轴向位移的解析表达式,通过对双压电晶片执行器的数值计算及分析,得到线性与非线性模型之间的差别和适用范围。
2.
The governing equations of axisymmetric piezoelectric laminated circular plates are obtained as viewed from the nonlinear electrostrictive piezoelectric effects and geometric nonlinearity.
研究可移简支及夹支边界条件下,轴对称压电层合圆板在强电场和机械荷载联合作用下的非线性变形。
5) rotating multi-layer annular plate
旋转层合圆板
1.
Based on the first order shear deformation theory and Hamiltonian principle, the governing equations and boundary conditions of rotating multi-layer annular plate were derived.
基于一阶剪切变形理论和哈密顿原理,建立了旋转层合圆板动力学运动方程和相应的边界条件。
6) hybrid laminated cylindrical panel
混合层合圆柱曲板
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