The following ellipses define outer and inner contours of the section: The following picture shows the cross section of an elliptical tube. Basic Example: Cross Section of an Elliptical Tube
#MATLAB OPEN SYMBOLIC MATH TOOLBOX CODE#
You can find the source code for these plots at the end of the article. We start with a basic case involving only numeric parameters, and then make the computations more general by introducing symbolic parameters.Īll plots used in this article have been created in the MuPAD Notebook app. In this article, we use capabilities of the Symbolic Math Toolbox to compute area moments for cross sections of elliptical tubes. For example, area moments of inertia play a critical role in stress, dynamic, and stability analysis of structures. If you are interested in using MATLAB and the Symbolic Math Toolbox in teaching some basics in mechanical engineering, this might be of interest to you.Ĭomputing area moments of inertia is an important task in mechanics. In a Nutshell: What Is This Article About?
#MATLAB OPEN SYMBOLIC MATH TOOLBOX HOW TO#
How to Create MuPAD Graphics Shown in This Article.Advanced Example: Cross Section of an Elliptical Tube Defined by Symbolic Parameters.Basic Example: Cross Section of an Elliptical Tube.In a Nutshell: What Is This Article About?.
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