1) whole substance unit
全实体单元
1.
We analyze the non-linear character of the air-spring by using the non-linear FEM, and give an simulation method with whole substance unit first in China.
利用非线性有限元方法,在国内第一次给出了提速客车上空气弹簧的全实体单元模拟仿真方法。
2) solid element
实体单元
1.
The basic theory of the grillage of boxing section was introduced in detail and the solid element of ANSYS was used to verify the practicability,with the hope to supply useful reference on the grillage theory and application to designers.
在这介绍了适用于箱型截面的梁格的基本理论,并用ANSYS实体单元验证方法的可行性,为设计人员对梁格理论的理解及应用提供了有益的参考。
2.
In this paper, the strength and stiffness of Refrigeration Container and its stress distribution are analyzed in static instances by solid element with COSMOSWORKS finite element analysis software.
采用COSMOSWORKS有限元分析软件 ,利用实体单元对冷藏集装箱进行静载荷工况的强度、刚度分析 ,计算出整个集装箱的载荷和应力分布 ,为箱体的设计与改进提供依
3.
In this paper,the strength and stiffness of whole frames of low flat-bed semitrailer are analysed in two case,with solid element of Cosmosworks finite element analysis software.
采用Cosmosworks的实体单元 ,对某型低货台半挂车车架两种载荷工况下的强度和刚度进行了分析 ,计算出整个车架的载荷和应力分布 ,找出了车架的薄弱部分。
3) element entity
单元实体
4) degenerated solid element
实体退化单元
1.
) cable-stayed bridge and its stress characteristics,degenerated solid element was adopted to build 3D models of cantilever casting analysis for P.
)斜拉桥的结构及受力特点,提出用实体退化单元建立P。
2.
Based on degenerated solid element, the threedimension stability analysis of bridge with high piers is performed.
利用实体退化单元,对高墩桥梁进行了三维有限元稳定性研究。
3.
Based on the traditional solid isoparametric element and shell theory, a new type of degenerated solid element was proposed, with bars modeled using the three-dimensional disperse model.
)曲线桥梁极限承载能力的问题,提出采用实体退化单元的三维分析方法。
5) degenerated solid elements
实体退化单元
1.
For multi-objective dynamics analysis of complex bridge health monitoring,Based on t degenerated solid elements,the formula was deduced for dual modeling with whole scale and local scale.
针对复杂桥梁健康监测系统中多目标的动力分析问题,基于实体退化单元,推导了整体尺度和细节尺度混合建模的计算公式。
6) solid-beam method
实体-梁单元法
1.
Based on matrix displacement method for arch structure and fiber element method for concrete-filled steel tube arch bridge,the solid-beam method for concrete-filled steel tube arch bridge was presented.
本文结合拱结构计算的矩阵位移法[1]和钢管混凝土拱桥分析的纤维单元法[2],特提出钢管混凝土拱桥计算的实体-梁单元法。
补充资料:全受全归
1.语出《礼记.祭义》:"父母全而生之,子全而归之,可谓孝矣。不亏其体,不辱其身,可谓全矣。"封建礼教认为人的形体来自父母,应当以完全无亏的身体,还之父母。
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