1) hybrid finite element stress subspace
杂交元应力子空间
2) hybrid stress element
杂交应力元
1.
An incompatible displacement element and a hybrid stress element are developed to model the effective mechanical properties of three-dimensional(3-D) textile composites.
应用非协调多变量有限元法和均匀化理论,提出了三维编织复合材料力学分析的新方法,发展了非协调位移元和杂交应力元,模拟了三维编织复合材料的有效力学性能。
2.
Based on a modified Hellinger/Rcissner veriational principle which includes the equivalent stressequivalent plastic strain and non-conforming displacement increments as independent variables,a quadri-lateral isoparametric hybrid stress element for the analysis of elastoplastic problem is proposed.
本文基于一个改进的弹塑性的Hellinger/Reis■ner 混合变分原理构造了一种用于解弹塑性问题的四节点等参杂交应力元。
3.
A new 5-nodes spesial hybrid stress element with free cylindrical surfaces has been developd based on the theory of Hellinger-Reissner.
根据修正的 Hellinger-reissner 原理,用理性方法,建立了新的具有一个无外力圆柱表面的特殊杂交应力元。
3) hybrid stress element
应力杂交元
1.
It has the advantage of the generalized finite strip method and hybrid stress element.
本文结合应力杂交元法和广义有限条法导出一种用来分析箱梁剪力滞效应的广义应力杂交有限条法，它兼有应力杂交元和有限条法的优点。
2.
This paper try to mix the finite strip method and hybrid stress element, and deduce a numerical and computer method which combines the advantages of the two methods -mixed hybrid finite strip method; analyze the intensity and stability of the orthotropic plate by this method; deduce the for.
论文将有限条法和应力杂交元法两者结合起来，导出一种兼有两者优点的数值计算方法——混合杂交有限条法。
4) hybrid stress element
杂交应力有限元
1.
Based on the complex potential method in the plane theory of elasticity of an anisotropic plate containing an elliptical inclusion,and using hybrid variational principle,a hybrid stress element with an arbitrary elliptical inclusion for anisotropic plates has been established,which assorts with the conformal finite element.
基于各向异性体平面弹性理论中的复势方法,应用杂交变分原理建立了一种与常规有限元相协调的含任意椭圆核各向异性板杂交应力有限元,采用该杂交应力有限元来描述层板的椭圆核区域,采用杆单元来描述加强筋(杆单元的刚度取为层板沿筋条方向的刚度),其余区域采用常规8节点等参单元进行模拟,建立起分析含多椭圆核复合材料加筋壁板问题的力学分析方法,详细讨论了椭圆核大小、位置、筋条尺寸、相对位置、铺层比例等诸参数的影响规律,得到了一些有益的结论。
2.
The complex potential method for an anisotropic plate containing an elliptical inclusion and a hybrid variational principle are used to establish a hybrid stress element which assorts with the conformal finite element.
基于含椭圆核有限大各向异性板弹性问题的复变函数级数解,应用杂交变分原理建立了一种与常规有限元相协调的含任意椭圆核各向异性板杂交应力有限元。
5) Special hybrid stress element
特殊杂交应力元
6) orthogonal clutter subspace
正交杂波子空间
1.
The method suppresses the clutters through the construction of orthogonal clutter subspace,making the data of the targets with strong sidelobe become the major part,and hence the precision of estimating the frequency of targets with strong sidelobe improved.
该方法通过构造正交杂波子空间来抑制杂波,使强旁瓣目标成为数据中的主要成分,提高最小二乘估计强旁瓣目标频率的精度。
补充资料：春日书情寄元校书伯和相国元子
【诗文】：
数岁平津邸，诸生出门时。羁孤力行早，疏贱托身迟。
芳草看无厌，青山到未期。贫居悲老大，春日上茅茨。
卫玠琼瑶色，玄成鼎鼐姿。友朋汉相府，兄弟谢家诗。
律合声虽应，劳歌调自悲。流年不可住，惆怅镜中丝。
【注释】：
【出处】：
全唐诗：卷269_2
数岁平津邸，诸生出门时。羁孤力行早，疏贱托身迟。
芳草看无厌，青山到未期。贫居悲老大，春日上茅茨。
卫玠琼瑶色，玄成鼎鼐姿。友朋汉相府，兄弟谢家诗。
律合声虽应，劳歌调自悲。流年不可住，惆怅镜中丝。
【注释】：
【出处】：
全唐诗：卷269_2
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