Mathematical Modeling with Symbolic Math Toolbox

Mathematical models are critical to understanding and accurately predicting the behavior of complex systems. MATLAB^® supports both numeric and symbolic approaches when developing mathematical models.

Get these examples and videos to explore the breadth and depth of mathematical modeling that you can perform:

Ready-to-use code examples that demonstrate how to perform calculus and linear algebra, including solving and plotting equations
Application examples demonstrating mathematical models of real-world phenomena
A selection of examples submitted by the MATLAB community

Introduction

Learn the Basics of Symbolic Math in MATLAB - Tutorial
Computational Mathematics in Symbolic Math Toolbox - Example
Analytical Plotting with Symbolic Math Toolbox - Example
Maxima, Minima, and Inflection Points - Example
Symbolic Math Toolbox Quick Reference Sheet - PDF

Mathematical Modeling

Using Units in Physics - Example
Simulate the Physics of a Pendulum’s Periodic Swing - Example
Chemical Kinetics - Example
Evaluating the Average Power Delivered by a Wind Turbine - Example
Harmonic Analysis of Transfer Function Output - Example
Analyzing the Kepler Problem with the Symbolic Math Toolbox - Example

Using Symbolic Math Toolbox with Other Products

Improving Accuracy and Performance in Optimization - Example
Validate Simulink Model Using Symbolic Math Toolbox - Example
Customize and Extend Simscape Libraries for a Custom DC Motor - Example
Interactive Control Design Using Live Editor Tasks (4:56) - Video

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