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.

Mechanical engineering portfolio project for the design and simulation of a semi-automated spring testing machine using SolidWorks, ANSYS, MATLAB, load cell measurement, displacement sensing, and Hooke’s law analysis.

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

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

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