A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Forced Vibrations of Submerged Spheroidal Shells
The extensional displacements of prolate spheroidal shells and the pressure field in the surrounding fluid are obtained as a function of the driving frequency of an axisymmetric, distributed, harmonic load applied to the surface of the shell. By appropriate transformations of response functions and a geometric variable, the problem is reduced to the simultaneous numerical integration of equations on analytic functions in a finite domain. Numerical results are presented for an aluminum shell of moderately large eccentricity submerged in water. (Author)
Forced Vibrations of Submerged Spheroidal Shells
The extensional displacements of prolate spheroidal shells and the pressure field in the surrounding fluid are obtained as a function of the driving frequency of an axisymmetric, distributed, harmonic load applied to the surface of the shell. By appropriate transformations of response functions and a geometric variable, the problem is reduced to the simultaneous numerical integration of equations on analytic functions in a finite domain. Numerical results are presented for an aluminum shell of moderately large eccentricity submerged in water. (Author)
Forced Vibrations of Submerged Spheroidal Shells
T. Yen (author) / F. DiMaggio (author)
1967
10 pages
Report
No indication
English
Axisymmetric Vibrations of Submerged Spheroidal Shells
| NTIS | 1964
Axisymmetric Vibrations of Prolate Spheroidal Shells
| NTIS | 1966