线性参数 meaning in Chinese
linear dimensions
linear parameter
Examples
- This paper studies inverse design problem of generalized eigenvalue problem of linear parameter discrete vibration system
本文研究了具有线性参数的离散振动系统广义特征值逆设计问题。 - The extended model - calibration estimators for linear and bilinear parameters is generalized , and it is shown that the extended model - calibration estimators is optimal in the class of extended calibration estimators
摘要推广了模型校正方法去估计线性参数和双线性参数，并证明了广义模型校正估计在广义校正估计类中是最优的。 - The algorithm can be applied to the control of the long time delay system with variable parameters and with unknown delay time . in the second part , the predictive control algorithms with constraints of variables are derived
研究基于线性参数神经网络的预测控制和基于非线性参数神经网络的预测控制，分析神经网络广义预测控制系统结构，推导神经网络递推预测模型灵敏度导数。 - This paper bring out design method of inverse eigenvalue problem , which adapts to general structures with linear parameters , namely coefficients of all or partial elastic component and inertial component are treated as design parameters , for given some order natural frequency and corresponding vibrating mode , all of useable designing parameters will be got through solving a linear system of equations , thereby stiffness matrix and mass matrix of actual structure are constructed . this paper also discusses existence condition and unique of results
提出了适用于具有线性参数的一般结构的逆特征值问题的设计方法，即以系统的全部或部分的弹性元件与惯性元件的系数为设计参数，对于预先给定的若干阶固有频率及相应振型，通过求解一线性方程组即可确定全部实际可行的设计变量，从而构造出实际结构的刚度矩阵和质量矩阵，并论证了解的存在性与唯一性。 - Second , through employing the 3 - d finite element model and the dual objective function inversion method developed in this paper , and taking the measured fundamental frequency of system and the structure response to a harmonic excitation at the top of structure in field as the reversion objectives , the linear material parameter inversion is performed in ansys by using ansys parameter design language ( apdl )
第二,采用三维实体有限元模型和本文提出的双目标函数反演方法,把现场测试得到的系统基频和顶部激振下实测的结构动力响应作为反演目标,利用ansys参数设计语言( apdl ) ,在ansys软件中实现了系统材料线性参数的反演。