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- Y?axial-beam fixing geotechnical centrifuge overweighted robot is analysed with finite element method in this paper and meshed with 3D 10 - node tetrahedral structural solid into 20888 elements and 43220 nodes finite element model. 对土工离心机超重机器人的重要部件-Y轴横梁进行了有限元分析。 采用三维十节点四面体结构实体单元进行网格的划分,得到20888个单元和43220节点的有限元模型。
- Partial Eight Node Finite Element with Equivalent Crosswise Displacement 偏八结点等横向位移有限元
- We take the results of the deformation to control facial expressions.There are six degrees of freedom on each node of the finite element composed of DKT and CST. 论文中采用DKT与CST有限元素的组合来做为网格结构分析的基础,使每个节点有六个自由度,并以此来处理变形问题。
- Higher-Order Finite Element for Sandwich Plates. 夹层平板高阶有限元。
- Finite element analysis for complex structure. 复杂结构有限元分析。
- The Finite Element Methods Vol.1 5th ed. 有限元法第1卷第5版。
- Its finite element model is established. 构造了其有限元模型。
- ADINA finite element method are adopted. 采用ADINA 有限元分析软件进行分析。
- Using the finite element analysis software MSC. 摘要采用有限元分析软件MSC.
- Renumbering node number of finite element makes the bandwidth reduced,the consumption of RAM decreased and computing speed increased. 改善有限元的结点编号可以减少带宽,从而减少内存的消耗,减少计算时间,提高计算速度。
- A finite element method was proposed to plot the formation drillability plane and a four node rectangular was used as an example to illustrate the computation procedure. 针对该问题,提出了一种基于有限单元法理论绘制区域可钻性剖面的计算方法,并以平面四节点矩形单元为例,给出了具体的计算过程。
- Physical insight is valuable in using the finite element method. 在利用有限方法时,物理上的观点是有价值的。
- Finite element study of protein structure under high pressure. 高压下蛋白质结构的有限元研究。
- The finite element method theory and applications II. 有限单元法原理与应用2。
- New Method for Finite Element Preprocess of Large Hydrogenerator. 一种适于大型水轮发电机磁场计算前处理的新方法。
- A static finite element model of an air spring was given. 摘要文中建立了空气弹簧的静态有限元模型。
- The test processes are recurred using LS-DYNA finite element code. 利用LS-DYNA有限元程序数值再现试验过程。
- This method agrees well with the finite element method. 本文方法和有限元方法基本吻合。
- The finite element modal analysis of fan axis is discussed. 对某鼓风机轴有限元模型进行了模态分析。
- The stress and deformation of crankshaft are calculated by finite element method with six load boundary conditions and three displacement boundary conditions. 分别采用六种载荷边界条件和三种位移边界条件对曲轴应力和变形进行了有限元分析;