1) quadrangular prism unit
四棱柱单元体
1.
In order to obtain structural characteristic of quadrangular prism unit of tensegrity and to make pre- paration for study on assembled large-span tensegrity structures, analysis was made on internal force and displacement of quadrangular prism unit of tensegrity under load by nonlinear finite element method (FEM).
为了解张拉整体四棱柱单元体的结构特性,并为大跨度组合式张拉整体屋盖研究奠定基础,用非线性有限元方法分析了张拉整体四棱柱单元体在荷载作用下的内力和位移。
2) triangular prism unit
三棱柱单元体
1.
To verify the theoretical analysis and find out structural behaviors of triangular prism unit,based on theoretical analysis and form finding analysis,applicable semispherical joint system is designed for practical unit.
为了验证张拉整体理论分析的结果并深入了解三棱柱单元的受力性能,在理论分析和找形分析的基础上,针对实际的单元体设计了张拉整体适用的半球节点,选用拉索缩短的预应力施加方法进行了张拉整体三棱柱单元体的足尺模型试验,通过模型试验得到了实际结构在840N、1623N和4000N三种预应力水平下的受力性能。
3) Prism-module
棱柱单元
4) tri-prism element
三棱柱单元
1.
In the paper,post-processing techniques of finite element results based on tri-prism elements for electromagnetic field are studied.
研究了基于三棱柱剖分单元的电磁场有限元结果的后处理,给出了内部结果的剖切显示方法,通过将三棱柱单元细分为四面体单元,使三棱柱单元的等值面提取转化为简单的四面体单元的等值面提取,简单、实用地解决了单元细分时的相容性问题。
5) hexahedral module
六棱柱单元
1.
Various deployable structures can be formed by connecting more than one hexahedral module together.
利用伸缩杆六棱柱单元 ,设计了一大型构架式切割抛物面天线 ,并简要介绍了天线的可展节点细部设计杆件分类统计 。
6) space prism truss element
空间棱柱体形桁架单元
补充资料：氢化-1-癸烯四聚体、 三聚体
CAS：68649-12-7
沸点：316℃
中文名称：氢化-(1-癸烯四聚体与1-癸烯三聚体)
氢化-1-癸烯四聚体、 三聚体
英文名称：1-Decene, tetramer, mixed with 1-decene trimer, hydrogenated
Hydrogenated trimer and tetramer of decene
沸点：316℃
中文名称：氢化-(1-癸烯四聚体与1-癸烯三聚体)
氢化-1-癸烯四聚体、 三聚体
英文名称：1-Decene, tetramer, mixed with 1-decene trimer, hydrogenated
Hydrogenated trimer and tetramer of decene
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