Advanced Android GPS simulation app with focus on privacy, stealth mode, and kinematic jitter.

A real-time spring–mass simulation built in Unity, visualized with 3D meshes and a coil-shaped LineRenderer. It demonstrates principles of classical mechanics, Hooke’s Law, damping, and numerical motion integration.

Hookean mechanics simulator with a "ticking mesh" mechanic to capture the behavior of linear elastic members between nodes and anchors. Extends analytical solution for more complicated systems.

Harmonic Motion in Unity.

Prediction study of linear-eleasticity (2-D) in Steel thorough physics informed neural network.

Excel with VBA macros for Hooke's Law calculate force, extension, and spring constant.

A Hooke's law spring-like attraction force between node pairs for the d3-force simulation engine