Estimation of self-sustained vibration for a finite element brake model based on the shooting method with a reduced basis approximation of initial conditions - Charroyer, L.; Chiello, O.; Sinou, J.-.J. (Journal of sound and vibration, 2020)
Keywords: Acoustics; Brake system; Braking; Dynamic stability; Dynamical systems; Engineering Sciences; Estimating techniques; Finite element analysis; Finite element method; Friction-induced vibration; Initial conditions; Iterative methods; Mechanical systems; Mechanics; Nonlinear analysis; Nonlinear dynamics; Nonlinear systems; Periodic variations; Physics; Reduced basis; Shooting method; Vibration; Brake system; Reduced basis; Shooting method; Friction-induced vibration; Nonlinear analysis; SHOOTING METHOD; SYSTEME NON LINEAIRE; NONLINEAR DYNAMICS; REDUCTION METHOD; VIBRATION; BRAKE SQUEAL; FRICTION-INDUCED VIBRATION; RAILWAY NOISE; TRANSPORT FERROVIAIRE; FREIN