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- linear eigenvalue problem 线性特盏问题
- Classical linear flutter analysis is based on the solution of flutter eigenvalue problem, and needs to track the root loci to determine the correct flutter boundary but sometimes it may fail. 摘要经典的线性颤振分析方法需要求解颤振特征值问题，并需要对特征值进行跟踪排序，以消除在确定颤振临界点时可能出现的颤振模态分支的“窜支”问题，从而影响了颤振分析的效率及自动化程度。
- To this end we shall first consider the following eigenvalue problem. 为此目的,我们将首先考虑下列的本征值问题。
- In this paper, we consider inverse eigenvalue problem for matrix A_n=D_n+B_n. 本文考虑矩阵A_n=D_n+B_n特征值反问题。
- A class of eigenvalue problems is studied. 摘要研究一类特征值问题及其应用。
- Wilkinson J H.Algebraic Eigenvalue Problem[M].Oxford;Oxford University Press. 卢开澄.;计算机算法导引-设计与分析[M]
- An inverse eigenvalue problem for damped gyroscopic systems is considered. 本文考虑一类阻尼陀螺系统特征值反问题。
- The Hermite polynomials are obtained from the eigenvalue problem by means of plausible reasoning. 从厄米本征值问题出发，经过合情推理，归纳出厄米多项式的递推公式，并猜想出通项公式。
- Abstract: The characteristics of the eigenvalue problem of general viscoelastic structure are analyzed and its modal analysis method is put forward in this paper. 文摘:分析了一般粘弹结构特征值问题的特点，建立了一般粘弹结构的模态分析方法。
- The design of machine tool spindle with dynamic properties can be classified as the solution to inverse eigenvalue problem. 机床主轴的动态特性设计可归结为特征值反问题的求解。
- Finally, the problem is converted to the generalized eigenvalue problem, so that the maximum proportional gain can be optimized. 最后，将问题转化为广义特徵值问题，以期对最大比例增益界进行优化。
- Some applications of this method in the eigenvalue problems are demon-strated. 举例说明了这方法在本征值问题中的应用。
- In this paper,based on an adjoint symplectic subspace iteration method,an iteration method is proposed to solve eigenvalue problem of gyroscopic system. 转子系统的有限元分析可以导出陀螺系统的本征值问题,而陀螺本征值问题可在哈密顿体系下求解。
- The characteristics of the eigenvalue problem of general viscoelastic structure are analyzed and its modal analysis method is put forward in this paper. 分析了一般粘弹结构特征值问题的特点，建立了一般粘弹结构的模态分析方法。
- The eigenvalue problem concerns two first-order ordinary differential equations and one second-order equation.Their coefficients depend on physics variables and gradients. 这些常微分方程的系数依赖于流动的基本流场的物理量及其梯度。
- Based on this, the complex constraint method has been used to get the buckling load for the whole axisymmetric shell by solving the eigenvalue problem for only one substructure without introducing any additional approximation. 根据这一特点，采用复约束方法，通过求解单个子结构的屈曲方程得到了整个结构的屈曲载荷和模态，大大减小了所求解问题的规模，并且在此简化过程中没有引入任何附加的近似。
- Parallel computation for the nonsymmetric generalized eigenvalue problem is one of the fundamental problems in large scale engineering computation. 非对称矩阵广义特征值问题的并行计算是大规模工程计算中的基础问题之一。
- The algorithm can use an eigenvalue problem to solve directly a deconvolution filter by a simplified mixing model and parallel algrithm.Thus the complexity of the algorithm is small. 提出了一种新的使用时间预测性的多输入-多输出盲解卷算法，该算法通过简化模型和并行算法，能用广义特征值的方法直接求出解卷滤波器，因而算法复杂度小。
- We consider a class of quasilinear elliptic eigenvalue problem with critical exponent. We have proved the existence of nontrivial solution to this problem under natural growth conditions. 摘要考虑了一类具有临界指数的拟线性椭圆型方程的特徵值问题。在自然增长条件下，证明瞭该特徵值问题解的存在性定理。
- Another main attention is paid to the Caos new scheme, which is based on thenonlinearization approach of eigenvalue problems. 本文的另一个重要方面是曹策问教授的新格式，这基于特征值问题的非线性化方法。
