Fast simulation of nonlinear dynamical systems for application in reduced order modelling

S. A. Nahvi, M. A. Bazaz, M. Nabi, S. Janardhanan
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Abstract

The Trajectory piecewise linear (TPWL) representation of nonlinear dynamical systems requires an a-priori solution of the nonlinear system trajectory. This paper proposes a new algorithm for finding an approximate nonlinear system trajectory to reduce the computational burden of the TPWL process. Additionally, the new algorithm has an error assessment feature that provides a less heuristic alternative to the conventional methods. It is shown that the TPWL model can be obtained with lesser user intervention using the new algorithm and also comprises of a smaller number of constituent linear systems.
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非线性动力系统的快速仿真在降阶建模中的应用
非线性动力系统的轨迹分段线性(TPWL)表示需要非线性系统轨迹的先验解。本文提出了一种寻找近似非线性系统轨迹的新算法,以减少TPWL过程的计算量。此外,新算法具有误差评估功能,为传统方法提供了一种较少启发式的替代方法。结果表明,使用新算法可以在较少的用户干预下获得TPWL模型,并且由较少数量的组成线性系统组成。
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