Buoyancy, displacement, and hydrostatic pressure.
Developed in 2008 by Emil Ernerfeldt for his Master’s thesis at Umeå University in Sweden, Phun was originally a free, 2D simulation tool designed to make physics experiments accessible and engaging. phun algodoo
Another study from the 3rd International Conference on Mathematics and Science Education examined how Algodoo enhances understanding of collision concepts. The research showed that Algodoo accurately simulates perfectly elastic collisions with conservation of momentum, a restitution coefficient of 1, velocity exchange, and constant kinetic energy. Students reported that Algodoo helped them visualize challenging material, provided accurate simulations, and maintained engagement through visually appealing features. Buoyancy, displacement, and hydrostatic pressure
The software was built on sophisticated physics technology, utilizing the and a modified version of Smoothed-Particle Hydrodynamics (SPH) for realistic fluid simulations. This foundation made Algodoo not just a game, but a genuine simulation tool used in scientific research. This foundation made Algodoo not just a game,
Use color tracers to follow the path of objects, or use graphs to plot velocity, force, and energy in real-time.
While Phun was entirely free and leaned heavily into gaming, Algodoo introduced specialized features aimed at the educational sector. It added advanced visualization tools, optics simulations, and a cleaner user interface. Eventually, Algoryx made Algodoo completely free for desktop users, keeping the spirit of the original Phun alive. Core Features of Algodoo
method to simulate water and other liquids, allowing for experiments with buoyancy and hydrostatics. Optics Engine : A built-in engine allows for the simulation of light refraction through lenses of any shape. Data Visualization : You can generate live graphs