说明:双击或选中下面任意单词,将显示该词的音标、读音、翻译等;选中中文或多个词,将显示翻译。
您的位置:首页 -> 词典 -> 对称叠层厚板
1)  symmetrically laminated thick plates
对称叠层厚板
1.
In this paper the governing partial differential equations of symmetrically laminated thick plates including transverse shear deformation are transferred into ordindary differential equations by the use of the method of a plane wave decomposition.
利用平面波分解法将弹性地基础上计入剪切变形的对称叠层厚板的偏微分方程组转化常微分方程组,然后利用H¨ormander算子法将常微分方程组转化为一个六阶的常微分方程,以定积分的形式提出了弹性基础上对称叠层厚板的基本解。
2)  symmetrically laminated composite plate
对称叠层板
1.
Element-free galerkin method(EFGM) for the stability analysis of symmetrically laminated composite plate;
无单元法在对称叠层板稳定问题中的应用
2.
Basing Kircihhoff\'s plate theory and using the moving least-square(MLS) approximation to displacement function,EFGM is extended to solve the bending problems of symmetrically laminated composite plates.
基于Kircihhoff板理论和对挠度函数采用滑动最小二乘近似函数进行插值,研究无单元Galerkin(EFGM)方法在对称叠层板弯曲问题中的应用。
3.
In the present paper,the method was applied to compute symmetrically laminated composite plate,buckling load parameters of isotropic and symmetrically laminated composite plates for different boundary conditions were calculated to demonstrate the efficiency and high precision of EFGM,Consequently,the method has a promising prospect in engineering application.
笔者将无单元法用于对称叠层板的屈曲问题,通过计算不同边界条件下各向同性板和对称叠层板的屈曲荷载参数,验证了该法的有效性,且精度较高,有着广泛的工程应用前景。
3)  thick composite laminate
叠层厚板
1.
Combined with the finite element method, the semi-analytical numerical method presented can be used to analyze thick composite laminates with arbitrary boundary conditions and geometrical shapes.
进一步和有限元法相结合,得到了能够分析具有任意边界条件和几何形状的复合材料叠层厚板的半解析数值方法即哈密顿单元方法。
4)  antisymmetrically laminated angle-ply plate
反对称斜交叠层板
1.
A bi-directional bending problem for antisymmetrically laminated angle-ply plate is studied.
研究反对称斜交叠层板的双向弯曲问题。
5)  symmetrical composite laminate
对称层板
6)  thick foundation laminate
强厚叠层地基板
补充资料:谢柳子厚寄叠石砚
【诗文】:
常时同砚席,寄砚感离群。清越敲寒玉,参差叠碧云。
烟岚餘斐亹,水墨两氛氲。好与陶贞白,松窗写紫文。



【注释】:



【出处】:
全唐诗:卷358-69
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