Golf club dynamics — impact mechanics and drag/lift flight simulation.
Golf analysis toolkit
Seven tools for golf club face engineering.
From impact mechanics and flight simulation through fatigue, fracture, and probabilistic reliability — each tool turns your inputs into a clear engineering result.
This access includes the 7 golf analysis tools below. For the structural/aerospace tool set, you'll need separate credentials.
📄 Download the User Handbook (PDF)
Golf club face and ball impact — Hertzian ball compression and plate-bending face flexure.
Golf club face fracture review — Crack propagation from the peened depth and method.
Parameter review — club, material, thickness, finish and player type driving crack life, with selectable initial flaw size (surface finish, aerospace flaw size, or custom).
Probabilistic fracture life — 3,000-trial Monte Carlo reliability analysis with flaw size, stress and material scatter, giving a full reliability curve, B10 life, and probability of failure at a target service life.
Test data input — material properties — upload your own tested material samples (Excel) to compute mean properties and feed them into Parameter Review as a real, test-derived material.
Test data input — statistical scatter — upload your own tested material samples (Excel) to compute mean and coefficient of variation, feeding measured scatter directly into Probabilistic Fracture Life.