1) classical lamination theory
经典层合板理论
1.
In this paper a Matlab software designed for the analysis of composite stiffness was developed according to the classical lamination theory.
本文根据经典层合板理论,利用 Matlab 编写了复合材料刚度分析软件,实例分析表明,该软件结构设计合理,算法正确,运算速度快,计算结果正确。
2) classical laminate theory
经典层合板理论
1.
Based on the classical laminate theory,the mechanical analysis model of the tubes was established and implemented by the program of Matlab language,from which the axial compressive strength was predicted.
以经典层合板理论为基础,通过Matlab语言编程,建立了多向纤维缠绕管的力学分析模型,预测出了轴向压缩强度;并分别对多个试样进行了轴向压缩力学性能测试。
3) classical plate theory
经典板理论
1.
Based on the classical plate theory, axisymmetric buckling equations are derived for a circular/annular functionally-graded plate subjected to uniformly distributive in-plane pressure.
基于经典板理论,推导了功能梯度材料圆形板在边界面内均布压力作用下的轴对称屈曲方程。
2.
Based on the mathematical similarity of the axisymmetric eigenvalue problems of a circular plate between the classical plate theory(CPT),the first-order shear deformation plate theory(FPT) and the Reddy s third-order shear deformation plate theory(RPT),analytical relations between the eigenvalues of circular plate based on various plate theories are investigated.
基于经典板理论(CPT)、一阶剪切变形板理论(FPT)以及Reddy三阶剪切变形板理论(RPT)之间,圆板轴对称特征值问题在数学上的相似性,研究了不同理论之间圆板特征值间的解析关系。
4) Classic Theory of Social Stratification
经典分层理论
5) lamination theory
层合板理论
1.
An improved model of lamination theory was used to forecast the mechanical properties of ionic polymer metal composite(IPMC).
采用梯度功能材料力学方法,通过改进层合板理论模型来预测材料的力学性能。
6) Classical theory
经典理论
1.
Classical theory and first-order shearing theory were performed to predict the mechanical property of wood-bamboo composite panel.
运用层合梁经典理论和一阶剪切变形理论预测了木竹复合层合板的有效弹性模量、跨中正应力和挠度;用有限单元法对木竹复合层合板的弯曲性能进行了分析,并与理论分析结果进行了比较。
2.
, classical theory is the simplicity of 3-dimension elastic theory in the extent of some particular form bodies, and thick-walled construction theory is the transition and relation of 3-dimension elastic theory and classical theory.
本文以各种理论的基本假设为出发点 ,详细讨论并分析了三维弹性理论、平面问题、经典薄板理论、厚壁结构理论之间的过渡与联系 ,即经典理论实际上是三维弹性理论在某些特殊尺寸形状物体范围内的简化 ,而厚壁结构理论则是三维弹性理论与经典理论之间的过渡与联系。
3.
This paper,based on the analyse of some instances,reaches the conclusion that the corresponding relation not only exists between the quantum theory and classical theory,but also betweeen the Newton mechanics and relativestic mechnics,geometric optics and wave motion optics.
通过对一些实例的分析 ,得出 :不仅量子理论和经典理论之间存在对应关系 ,而且牛顿力学和相对论力学之间、几何光学与波动光学之间也存在对应关系 ,因此 ,对应原理具有普遍性。
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