Free Physical Modeling Interactive Kit

Resources for streamlining system-level analysis and control design with physical system models

Physical Modeling Interactive Kit

Engineers working toward an optimized design must develop their software and physical system together. MathWorks physical modeling tools bring accuracy and efficiency to this effort.

Complete the form for access to technical resources that demonstrate how you can model custom physical components with MATLAB and create reusable, multidomain models of your physical system in a single environment.


Recorded presentations, with product demonstrations led by product experts

  • Modeling a Wind Turbine using MathWorks Tools
  • Modeling Electromechanical Systems with SimElectronics
  • Physical Modeling with the Simscape Language
  • Developing Accurate Battery Simulation Models
  • Design and Verify Control Systems Using Simulink (part 2): Plant Modeling
  • Model-Based Design of a Wind Turbine
  • Model-Based Design for Mechatronic Systems
  • Hydromechanical Systems in Simulink: Modeling Hydraulic Systems
  • Hydromechanical Systems in Simulink: Control System Development
  • Hardware-in-the-Loop (HIL) Testing of a Position Control System

User Stories

Concise reports about MathWorks customers solving real-world problems

  • Lockheed Martin Space Systems Uses SimMechanics with a Real-Time Simulator to Automate Mars Reconnaissance Orbiter Development
  • Delphi Cuts Transmission Modeling Time by 50% with Simulink and SimDriveline
  • Alstom Generates Production Code for Safety-Critical Power Converter Control Systems
  • Instron Develops a Multiaxis Test Fixture Using SimMechanics

Technical Literature

  • Physical Modeling of Mechanical Friction in Simulink
  • Modeling Flexible Bodies in SimMechanics
  • Simulating Mechanical Systems with SimMechanics
  • Evaluating Plug-in Series Hybrid Designs for Postal Delivery Vehicles