5 pages matching sound level meters in this book
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CHARACTERISTICS OF VIBRATION AND SHOCK
RESPONSE OF MECHANICAL SYSTEMS
14 other sections not shown
acceleration accelerometer Acoustic Emission Amplifier amplitude application averaging axis balancing band bandwidth cable calibration characteristics charge amplifier constant bandwidth curve damping decibel degree-of-freedom system digital filter displacement dynamic range effect electronic element Engineering equation equipment example excitation factor fatigue force frequency analysis frequency components frequency range frequency response frequency spectrum harmonic high frequency impulse instruments integration Level Recorder limit linear load machine mass maximum mechanical impedance Mechanical vibration method modes monitoring motion mounted noise non-linear normally obtained octave output parameters peak piezoelectric plane portable preamplifier quency random signals random vibrations real-time resonant frequency rotating rotor S-N curve sensitivity Shock and Vibration shock pulse shock spectrum shown sinusoidal sound level meters spectra speed structure techniques tion transducer transient typical unbalance values velocity vibration and shock vibration isolation vibration level vibration measurements Vibration Meter vibration signals vibration test visco-elastic