ROOTCASTLE / LABORATIO INGENIORUM
Resonantia
Responsio crescit cum excitatio appropinquat ad naturalem frequentiam. Amortentia et rigiditas gubernant rationem.
Meccanismo
Responsio crescit cum excitatio appropinquat ad naturalem frequentiam. Amortentia et rigiditas gubernant rationem.
Symptomata typica
Magnitudo et mutationes phaseae in spatio angustissimo motus velocitatis potius possunt evenire.
Metodo di misura
Celeritas trackus, amplitudo et fase in cursu coniecto condito aut decedente.
Explicatio aliae
Mutatio ponderis aut excitationis processus potest amplitudinem super spatium speedi altius excitare.
Additiones mensurationis
Impetus probatio, analis modalis et assessio structurae duritiae.
Componentes frequentiui likely
excitātiō ≈ frequēncia naturalis
Limites: sine speed, onere, montis et con-textus pathei transmissionis, hae exempla not diagnosticae sunt. Exempla spectrum conceptus, non completae fault models aut measurementes de campo sunt.
SIMULATED · NOT LIVE TELEMETRY
Vibration / FFT
Model and assumptions
512 samples; deterministic sinusoids and seeded noise. FFT is one-sided peak amplitude, not RMS. Δf = fs/N. Hann coherent gain is corrected; spectral leakage can remain. The 4.7× component is not a physical bearing-fault model.
Educational model. Results are not sufficient to diagnose a machine or establish safe operating limits.
Legere ultra: SKF — Vibrationes ad componentes defectuos inquirendum ↗