非线性动态系统的线性化方法

E. Prada, Daxesh Dalal, D. Hroncová, M. Kelemen
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引用次数: 0

摘要

本文分别从解析法和数值模拟法(Computer added linearized -FE)和数字图像相关法两方面描述了用于载荷分析预测的不同线性化方法。文章可以帮助非线性系统的线性化,使用不同的方法,如数值(近似),解析(精确)和实验。其中,解析法很难在计算机中计算,所以它使用数值方法。这更接近于精确值,因此我们可以确定动力系统的行为。数值模拟在不同时间内是静态的,便于分析。数值方法是基于算法的,因此易于在计算机中进行计算。在未来,图像相关方法更有助于确定非线性动力系统的行为,从而将不同位移的系统离散化,并对动态非线性系统进行有限元分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Methods of Linearization of Nonlinear Dynamic System
: In This Research paper, described different linearization methods in terms of analytical and numerical simulation (Computer added linearized -FE) method and Digital image correlation method for prediction of loading analysis. Article can be helping for linearization in nonlinearity of systems, that what is using different methods likes Numerical (approximation), Analytical (Exact) and Experimental. Where, analytical is difficult to calculate in computers so it uses numerical methods. That is nearer to exact values so we can determine behaviour of dynamical systems. Numerical simulation is static with different time, so analysis is easy for its. Numerical methods work on algorithms, so it is easy to evaluate for calculating in computers. For future aspects image correlation method is more helpful to determine behaviour of nonlinear dynamic system which will discretize system with different displacement and FEM analyses to dynamically nonlinear system.
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