Dynamic problem of a constrained layer damping (CLD) beam is investigated using transfer function method.
主要采用传递函数方法对约束层阻尼梁进行动力学分析。
By using the method simulated shells, the axisymmetrical non-linear dynamic equations of three-dimensional single-layer shallow conical lattice shells with equilateral triangle mesh are founded.
用拟壳法建立了正三角形网格三向扁锥面单层网壳的轴对称非线性动力学基本方程。
Using the method of simulated shell, non-linear dynamic differential equation of three-dimensional single-layer shallow lattice shell with equilateral triangle mesh is established.
用拟壳法建立了正三角形网格的三向扁锥面单层网壳的非线性动力学微分方程。
As for it, by improving learning algorithm of traditional RBF neural network, a new dynamic cluster-based self-generated method for hidden layer nodes is proposed.
对此，本文改进了R BF神经网络的学习算法，提出了一种基于聚类的动态自生成隐含层节点的思想。
The dynamic problem of constrained layer damping (CLD) cylindrical shell is investigated by the distributed parameter transfer function method.
采用分布参数传递函数方法对约束层阻尼（CLD）圆柱壳进行了动力学分析。
The dynamic problem of constrained layer damping(CLD) plate was investigated with the transfer function method in this paper.
采用传递函数方法对约束层阻尼板进行了动力学分析。
And a new method is proposed to design the hidden layer of RBF network by dynamic and static style;
提出动静相结合的隐含层设计方法来构造出较优的隐含层结构；
A hybrid method of 2.5 dimensional finite element and thin-layer element was developed to study dynamic ground responses due to moving loads.
通过建立2.5维有限单元结合薄层单元方法，研究了接近或超过临界速度的移动荷载作用下地基三维振动问题。
To team strategy (formation layer), we propose the method to use the formation and tactics set that is dynamic and can be configured flexibly.
对传统的阵型层，提出了阵型、战术库，并可以静态动态的配置它们的方法。
To team strategy (formation layer), we propose the method to use the formation and tactics set that is dynamic and can be configured flexibly.
对传统的阵型层，提出了阵型、战术库，并可以静态动态的配置它们的方法。
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