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Design a 3D multibody model with custom subcomponents for a joystick. Compare the performance of different self-centering mechanisms for the joystick.
Course Overview
In this video, a mechanical model of a joystick is developed. This is a 3D multibody model with custom subcomponents. The video focuses on studying and comparing the performances of different self-centering mechanisms for the joystick by simulating and visualizing the model.Requirements: Some experience with System Modeler is recommended for the course.Featured Products & Technologies: Wolfram Language (available in Mathematica and Wolfram|One), Wolfram System Modeler
You'll Learn To
Use the Modelica Multibody library for 3D mechanical systems
Model joystick scenarios and goals
Assemble a joystick in System Modeler
Compare and visualize different simulation designs
Course Overview
In this video, a mechanical model of a joystick is developed. This is a 3D multibody model with custom subcomponents. The video focuses on studying and comparing the performances of different self-centering mechanisms for the joystick by simulating and visualizing the model.Requirements: Some experience with System Modeler is recommended for the course.Featured Products & Technologies: Wolfram Language (available in Mathematica and Wolfram|One), Wolfram System Modeler
You'll Learn To
Use the Modelica Multibody library for 3D mechanical systems
Model joystick scenarios and goals
Assemble a joystick in System Modeler
Compare and visualize different simulation designs
