RANDOM VIBRATION IMPACT ON THE FUNCTIONING FEATURES OF A HYDRAULIC SHOCK ABSORBER IN ITS CRITICAL STAGE. PART ONE: RANDOM VIBRATION ANALYSIS

  • MOTICA ADRIANA
    UNIVERSITY „AUREL VLAICU'" ARAD

Abstract

The paper presents the correlation functions and the spectral density of a random function as against its derivates that are relations of utility in the dynamic system’s study such the twin-tube shock absorber. There are determinate the response of mathematical waiting, the autocorrelation function response, the dissipation response, the spectral density response.

Cuvinte cheie

random vibration analysis the of mathematical waiting the autocorrelation function spectral density the response dissipation.