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Conceptually Simple Method for Optimizing Model Computations in MATLAB Simulink
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DOI：10.3390/app152111312.png)
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Abstract
En 中文
This article describes a procedure for enhancing computational accuracy in MATLAB's Simulink and Simscape environments, as illustrated through specific example cases. It builds on earlier published by the authors' team, which demonstrated the practical application of the Simscape Multibody tool-originally designed for dynamic and kinematic analyses-for making static computations in truss systems. Simscape Multibody serves as an effective platform for realistic and simplified simulations of mechanical components, incorporating various mechanical properties. Consequently, it is valuable in simulating mechatronic systems, where the integration of mechanics, electronics, control systems, and information technologies is essential. Multiple models were tested and analyzed across different scenarios to facilitate a comparative assessment of the results. The significance of this work lies in its achievement of highly accurate computational results without relying purely on theoretical calculations, with superior values in terms of accuracy. The primary objective was to provide a clear and practical description of a simple procedure for improving computational accuracy, based on scaling.
Keywords:
static analyses
mechanics
beam
bars
trusses
MATLAB
Simulink
scaling
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