MatLab simulation of the intermediate axis theorem, also called the Dzhanibekov effect.

Physical simulation of T handle spinning at zero gravity using PyOpenGL

Jupyter notebook for intermediate axis theorem

Numerical demonstration and explanation of the intermediate axis theorem

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A MATLAB project that creates a short video demonstrating the intermediate axis theorem.

simulation of the unstable rotation of objects about a principal axis in zero-g

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Python code used to make the simulation in this video: https://youtu.be/68aFSgn3LAY

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animating the motion of a rigid body with zero torque applied

Intermediate axis theorem (as known as the tennis racket theorem or the Dzhanibekov effect). Simulated in matplotlib and ROS 2.

Created with CodeSandbox

The Intermediate Axis Theorem | Science One Term Two Project

Mathematica notebook to demonstrate Intermediate axis theorem of classical mechanics

RBD (`Rigid Body Dynamic') model that reproduces the intermediate axis theorem, also known as Dzanibekov Effect or Tennis Racket Paradox

Python simulator for torque-free rigid body rotation with dual-frame visualization