Vibration and Shock Isolation |
Contents
Introduction | 1 |
Isolation of Shock | 89 |
B Isolation of Shock Forces That Cause Displacements of Large Magnitude | 122 |
Copyright | |
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amplitude analysis applied assumed attained axes axis becomes calculated cause center of gravity Chapter characteristics chassis components compression considered coordinate coupled curve cycle damping decreases defined deflection determined direction discussed displacement distance effect elastic element employed energy engine equal equation equipment example experienced experiences expression factor force force-deflection function given by equation greater horizontal illustrated in Figure impulse inch includes increases indicated inertia initial isolator less limit linear load located loom lower machine magnitude mass material maximum acceleration method modes motion mounted body move natural frequency numerical obtained occurs operation plane position principal ratio reference relation relatively respect result rigid rotation rubber shear shock shown in Figure sound spring stiffness structure subjected Substituting tends thickness tion transmissibility transmitted typical usually vertical vibration weight