A new method of modelling and numerical simulation of nonlinear dynamical systems
Tiberiu Coloși, S. Codreanu
Abstract
Tiberiu Coloși, S. Codreanu
Abstract
This work presents the most significant aspects of an original method of modelling and numerical simulation of nonlinear (linear) dynamical systems (1) it assures the local‐iterative linearization (LIL) of nonlinear (linear) differential equations and transforms them, in the close proximity of a pivot moment, into algebraic equations. The use of this method is illustrated in the study of a particular nonlinear dynamical systems. The conclusions highlight the advantages of the proposed procedure.
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This work presents the most significant aspects of an original method of modelling and numerical simulation of nonlinear (linear) dynamical systems (1) it assures the local‐iterative linearization (LIL) of nonlinear (linear) differential equations and transforms them, in the close proximity of a pivot moment, into algebraic equations. The use of this method is illustrated in the study of a particular nonlinear dynamical systems. The conclusions highlight the advantages of the proposed procedure.
Key concepts: Nonlinear dynamical systems, Nonlinear system, Computer science, Applied mathematics, Control engineering, Mathematics, Physics, Engineering