Materials & Mechanics

14 demos

Materials and structural mechanics — phase transformations, fatigue, diffusion, and resonance.

Crack growth from a 0.1 mm inspection flaw to 5 mm failure under the Paris fatigue law — pressure-vessel life prediction.

Isothermal pearlite-transformation kinetics at 800 K via JMAK — the phase-fraction S-curve of a steel.

A single-degree-of-freedom model of a 5-story RC building hitting resonance at its 2 Hz natural frequency.

The diffusion coefficient swept from 700 K to 1500 K — the Arrhenius temperature dependence of solid-state diffusion.

A sinusoidally-driven second-order oscillator showing resonant amplification at ω_n and off-resonance suppression.

The acausal hello-world — mass, spring, and damper wired through the 1-D mechanical pin domain; the solver derives the ringdown from connectivity.

See it on your own system.

We'll walk your team through DjiniousLab on the model, the replica, and the workflow you care about.