F_drag = 0.5 * rho * Cd * A * v² Magnus = rho * π * r³ * (ω × v) Re = rho * v * d / mu
euler.step(dt) bounce.check(ground) trail.record(pos)
particle.advect(wind) field.sample(pos) energy.track()
camera.orbit(yaw, pitch) renderer.render(scene) telemetry.export(csv)
Module A
Live Sandbox

Aerodynamic
Sandbox.

Real-time ballistic physics, wind field visualization, object flight dynamics, and telemetry — all running live in the browser.

Enter Sandbox →
Module B
Phase D Workbench

CFD Laboratory.

Hardware routing, geometry setup, domain sizing, LBM solver core, and post-processing visualization for the CFD stack.

Open CFD Lab →
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