1) buckling response
对失稳的响应
2) Responses to pulses
对脉冲的响应
3) response to rudder force
对舵力的响应
4) stable response
稳态响应
1.
This paper makes an analysis to the stable response of helical spring mass system under impact load.
对冲击载荷下螺旋弹簧质量系统的稳态响应进行了分析。
2.
A comparative analysis for stable response of dry soils and saturated soils is performed.
用积分变换方法分析饱和土三维非轴对称波动方程 ,用刚度矩阵方法分析层状饱和土三维非轴对称稳态响应。
3.
The dynamic properties of the transmission wire of contact net were analysed and the stable response of the transmission wire was obtained by the modal analysis.
对输电导线的动力特性作了分析，并用模态求出了其稳态响
5) steady state response
稳态响应
1.
Calculation of the steady state response of locally nonlinear dynamic systems by harmonic balance method;
利用谐波平衡法计算局部非线性动力系统的稳态响应
2.
The steady state response to angle input of multi-steering wheels was analyzed.
对角阶跃输入下的稳态响应进行分析,得到稳态响应表达式,分析出3种不同转向类型满足的条件,研究了各轴间距及其刚度对操纵稳定性的影响,对多轴车整车布置提供了很好的参考价值。
3.
Semi-active control for steady state response of a non-linear isolation system with a non-linear dynamic vibration absorber is studied in the paper.
研究带有非线性刚度吸振器的隔振系统振动稳态响应的半主动控制。
6) steady-state response
稳态响应
1.
Numerical analysis and experiment of counter-rotating dual-rotor s steady-state response;
反向旋转双转子稳态响应计算分析与试验
2.
The steady-state response of a vehicle is often evaluated by the steady-state yaw velocity and front wheel angle at a equal speed.
汽车等速行驶时,常用稳态横摆角速度与前轮转角之比来评价其稳态响应。
3.
The three-series solution is taken up to the nonlinear differential equation of the galloping movement caused by the cross wind force acting on a high-rise structure, thus giving a reduced 3D expression in terms of steady-state response and critical wind speed.
应用三级数法求解横风向的弛振的非线性运动微分方程,得到了三维结构的简明的稳态响应和临界风速表达式。
补充资料：脉冲响应法
分子式：
CAS号：
性质：线性系统在零初始条件下，输入单位脉冲函数（加以高度为无限大，宽度为无限小，面积为1）信号后输出的瞬态响应，即输出响应叫脉冲响应。建立系统非参数模型时，即给系统施加一个脉冲信号，观测系统脉冲响应，以求得系统数学模型的待定参数。有了数学模型以后，即可进行分析系统的动态特性，设计控制器等。
CAS号：
性质：线性系统在零初始条件下，输入单位脉冲函数（加以高度为无限大，宽度为无限小，面积为1）信号后输出的瞬态响应，即输出响应叫脉冲响应。建立系统非参数模型时，即给系统施加一个脉冲信号，观测系统脉冲响应，以求得系统数学模型的待定参数。有了数学模型以后，即可进行分析系统的动态特性，设计控制器等。
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