bat365 Homepage

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
Introducing the MATLAB Live Editor (25:03) - Video

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

30-Day Free Trial

Try MATLAB, Simulink, and more.

Get started

Mathematical Modeling with Symbolic Math Toolbox

Introduction

Mathematical Modeling

Using Symbolic Math Toolbox with Other Products

The form cannot be processed at this time. Please try again later.

Enter your contact information to continue