Experimental Techniques in Shock and Vibration: Papers Presented at a Colloquium on Experimental Techniques in Shock and Vibration at the Winter Annual Meeting of the ASME, New York, New York, Tuesday, November 27, 1962Will J. Worley American Society of Mechanical Engineers, United Engineering Center, 1962 - Shock (Mechanics) - 139 pages |
Contents
Transient Loading Technique for Mechanical | 1 |
Dynamic Photoelasticity | 25 |
Role of Dynamic Models in Launch Vehicle Development | 55 |
Copyright | |
4 other sections not shown
Common terms and phrases
acceleration accelerometer amplitude apparent weight applied beam birefringent buffet calibration camera characteristics Columbia Resin constant curves cylinder damping determined diameter displacement effects Engineers environment environmental experimental FIGURE filter force frequency range frequency response FRINGE ORDER fringe patterns ft/sec full-scale function HYSOL impact input Langley Research Center launch vehicle light linear loading longitudinal magnitude mass materials measurements mechanical impedance ment method microseconds missile mode mode shapes modulus natural frequency obtained optical output parameters particle velocity payload phase shift photoelastic pickup piezoelectric plastic plunger Poisson's ratio problem quency random vibration ratio record reflected Research resonance scale sensitivity shaker shock and vibration shock motion shown in Fig simulation sinusoidal space vehicle specimen spectral density static strain gage stress wave structure studies surface tank techniques tion transducer transient vertical vibration test viscoelastic WAVE PLATE wave propagation waveguide Young's modulus