THE SHOCK AND VIBRATION BULLETIN.
Abstract
Contents: Theory of dynamic tests of structures; Fatigue life under various random loading spectra; Combined broadband and stepped narrowband random vibration; On the use of multiple (multi-point) random excitation with application to surveyor spacecraft tests; Ground test simulation of lift-off and transonic vibration excitation mechanisms on the ranger spacecraft; Methods of control of multiple shaker testing system; On synergetic effects of combinations of vibration and other environments; A multiple-frequency, shake-testing technique for structures with rapidly-changing dynamic characteristics; A progress report on force controlled vibration testing; Vibration on sandwich panels in a vacuum; The vibration design approval and acceptance test program for the gemini spacecraft-component, module and whole vehicle testing; Techniques for extending the capability of random equilization equipment; A broadband hydraulic vibration exciter; Advantages of multipoint control for vibration testing of complete ranger flight spacecraft; Vibration input control investigation; A unique suspension system for longitudinal vibration testing of large launch vehicles; Combined random vibration and extreme temperature testing of integrated circuits; Implications of spacecraft vibration qualification testing requirements on structural design; Use of impulsive loading techniques in the study of ship vibration; The relationship between a logarithmically swept excitation and the build-up of steady-state resonant response; Analysis of the rotor blade vibratory stresses of the propulsion wind tunnel compressors.
Document Details
- Document Type
- Technical Report
- Publication Date
- Jan 01, 1966
- Accession Number
- AD0628599
Entities
Organizations
- United States Naval Research Laboratory