1.
Sensitivity Analysis of Nonlinear Stiffness Vibration Transmission Path System
非线性刚度振动传递路径系统灵敏度分析
2.
Sensitivity Analysis of Non-Linear Stiffness of Floating Raft System with Multi-Source Excitation
多源激励浮筏隔振系统非线性刚度灵敏度分析
3.
Main resonance characteristics of a rotating system with nonlinear stiffness was studied.
研究具有非线性刚度转子系统的主共振特性。
4.
Theoretic Analysis on Dynamics Behavior of Nonlinear Rigidity Rotor System
非线性刚度转子系统动力学特性的理论分析
5.
BIFURCATION AND ROUTES TO CHAOS FOR A RUB-IMPACT ROTOR SYSTEM WITH NONLINEAR RIGIDITY
非线性刚度碰摩转子系统的分岔与混沌演化
6.
Research Dynamics of Hopping Kangaroo Robot with Nonlinear Joint;
考虑非线性刚度的仿袋鼠跳跃机器人动力特性分析
7.
Semi-active Control for Isolation System with Non-linear Dynamic Vibration Absorber;
具有非线性刚度动力吸振器的隔振系统半主动控制研究
8.
Study on the nonlinear dynamic rigidity characteristics of the initiative magnetic bearings
主动磁力轴承非线性动刚度特性研究
9.
This system is of a small nonlinearity containing stiff nonlinear and damper nonlinear one.
它是含有刚度非线性和阻尼非线性的弱非线性系统。
10.
Nonlinear Dynamics Study and Stability Forecast of the Time Varying Stiffness System
刚度时变系统非线性动力学研究及稳定性预测
11.
Non-linear Finite Element Analysis on Stiffness and Hysteresis Characteristic of Leaf Spring
板簧刚度及迟滞特性的非线性有限元分析
12.
Study on the Nonlinear Dynamics of a Bearing-Rotor System Having Nonlinear Bearing Stiffness;
具有非线性支承刚度的轴承—转子系统非线性动力学研究
13.
The Study of Geometric Nonlinear Element Stiffness Matrix and the Analysis of Deforming Behavior of Portal Frame with Tapered Members;
几何非线性单元刚度矩阵研究以及变截面门式刚架变形性能分析
14.
In general the bearing will be 'non-linear', the stiffness depending upon the value of h.
通常轴承是“非线性的”，它的刚度随h值而变。
15.
Stiffness matrices of bernoulli beam for plane geometrically nonlinear analysis
伯努力梁平面几何非线性分析的刚度矩阵
16.
Studies on Nonlinear Dynamics of Rotor-Active Magnetic Bearings with Time-Varying Stiffness;
变刚度主动电磁轴承非线性动力学研究
17.
The Nonlinear Analysis and Engineering Application to Rolling Bearing Stiffness
滚动轴承刚度的非线性分析及工程应用
18.
Discuss of Stiffness Value of Frame-structure in Calibration of Nonlinear Dynamical Analysis
框架非线性分析中梁柱刚度的取值探讨