1.
Dynamic Finite Element Method for Bending-torsion Coupled Vibration of Thin-walled Timoshenko Beam
薄壁Timoshenko梁弯扭耦合振动的动态有限元法
2.
Application of FEM-IEM Coupling Method in Dynamic Response for Pile-Soil System
有限元-无限元耦合法在桩-土动态反应中的应用
3.
Study of Weigh-in-Motion Method Based on Finite Element Method of Wheel Load Detecting;
基于轮载有限元检测法的动态称重方法研究
4.
DYNAMIC DESIGN & ANALYSIS OF BELT CONVEYOR BASED-ON FINITE ELEMENT METHOD(FEM)
基于有限元方法的胶带输送机动态设计研究
5.
Research on the Circular Saw's Dynamic Characteristic Basing the FEM;
基于有限元法的金属圆锯片动态特性研究
6.
The dynamic finite element method with characteristics for convection-dominated diffusion problems
对流占优扩散问题的特征动态有限元方法
7.
DYNAMIC ANALYSIS OF THE SPINDLE COMPONENTS OF NUMERICAL CONTROLLED MACHINE TOOL BASED ON FINITE ELEMENT METHOD
基于有限元法的数控机床主轴部件动态分析
8.
FEM-based Study on Dynamic Behavior of Nonlinear Rotor System
基于有限元法的非线性转子系统动态特性
9.
Simulation Analysis of Dynamic Characteristics of Cabinet for Vehicle Based on Finite Element Method
基于有限元法的车载机柜动态特性仿真分析
10.
Finite Element Approximations of Optimal Control Problems with State Constraints
状态受限最优控制问题的有限元方法
11.
Improved Bridge Evaluation Through Finite Element Model Updating Using Static and Dynamic Measurements
采用静态和动态法改进有限元模型进行桥梁评估
12.
Two-element Optimizing Algorithm of State Encoding of Finite State Machines;
有限状态机的二元优化状态编码算法
13.
Dynamic Character FEM Calculation and Analysis for Servo System
随动系统动态特性有限元计算与分析
14.
Study of Dynamic Finite Element Method in Blasting Vibration of pit-Slope
露天边坡爆破震动的动态有限元研究
15.
Dynamical characteristics of the cantilever beam were analyzed and its dynamical equation was developed by using PEA.
采用有限元分析方法研究悬臂梁的动态特性，建立其动力方程。
16.
Calculating Dynamic Characteristics of Ship Stiffness Plate Structure by Finite Dynamic Element Method;
船体板梁组合结构动力特性的动态有限元方法研究
17.
A dynamic strength analysis of diesel crankshaft based on nonlinear multi-body dynamics and finite element method
基于非线性多体动力学和有限元法的柴油机曲轴动态强度分析
18.
Modal frequency and vibration response of the gear box are computed by structural FEM with a 3-D FE model.
建立齿轮箱三维有限元模型，采用结构有限元法计算齿轮箱模态频率和振动响应。