The Shock and Vibration Bulletin. Part 4. Isolation, Damping, Prediction Experimental Techniques
Abstract
;Contents: Transient response of real dissipative structures; Dynamic response of a ring spring; Shock mounting system for electronic cabinets; Methods of attenuating pyrotechnic shock; Energy absorption capacity of a sandwich plate with crushable core; On the damping of transverse motion of free-free beams in dense stagnant fluids; Optimum damping distribution for structural vibration; A layered viscoelastic epoxy rigid foam material for vibration control; Optimization of a combined ruzicka and snowdon vibration isolation system; Transient response of passive pneumatic isolators; Experimental determination of structural and still water damping and virtual mass of control surfaces; Damping of a circular ring segment by a constrained viscoelastic layer; Dynamic analysis of the runaway escapement mechanism; A method for predicting blast loads during the diffraction phase; Drag measurements on cylinders in event dial pack; Dial pack blast directing experiment; Blast fields about rockets and recoilless rifles; Transonic rocket- sled study of fluctuating surface-pressures and panel responses; Suppression of flow-induced vibrations by means of body surface modifications; An experimental technique for determining vibration modes of structures with a quasi-stationary random forcing function; Response of air filters to blast.
Document Details
- Document Type
- Technical Report
- Publication Date
- Jan 01, 1972
- Accession Number
- AD0739577
Entities
Organizations
- United States Naval Research Laboratory