FLYWHEELLAB · PROFESSIONAL BROWSER TOOL
Explore flywheel inertia.
Sum inertia, angular momentum, and energy for disks, annuli, and thin rims; calculate energy available across a speed window and invert the inertia and equivalent rim mass required for a target fluctuation.
01 · WORKBENCH
Inputs and files stay on this device
Processed locally
/Focus first input⌘ ↵Run primary action⌘ ⇧ SDownload local reportAlt RJump to latest resultsAlt LSwitch languageAlt TSwitch themeAlt CToggle high contrast
Local report studioPreview · Markdown · JSON · SHA-256
SHA-256
—Uses only the currently visible result summary, never input controls or original files; the fingerprint is also calculated locally.
Local analysis checkpointsUp to 5 · saved only when you choose
Stores only the visible result summary, time, and an optional short label; imported files and input controls are never stored. Imports must match this tool and stay under 128KB; comparison also stays on this device.
02 · CAPABILITIES
Built deeply for one narrow workflow
Usable energy across a speed window
Required inertia and mass inversion
This is a rigid-body energy/inertia ledger, not a rotor-strength, burst-speed, stress, fatigue, bearing, gyroscopic, critical-speed, balance, or containment analysis. High-speed flywheels require qualified structural and containment engineering.
Read the source ↗NO ACCOUNT · LOCAL PROCESSING · EXPORTABLE