Investigation of the effect of axial compressive forces on the frequency and form of vibrations of ribbed cylindrical shells

Galaka, P. I.; Zarutskii, V. A.; Kaplya, P. G.; Matsner, V. I.; Nosachenko, A. M.

doi:10.1007/bf00894871

Soviet Applied Mechanics

1975

DOI: 10.1007/bf00894871

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Investigation of the effect of axial compressive forces on the frequency and form of vibrations of ribbed cylindrical shells

P. I. Galaka¹,

V. A. Zarutskii²,

P. G. Kaplya³

et al.

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Cited by 5 publications

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“…The influence of compressive forces on vibration frequencies of closed ribbed shells was analyzed by Galaka et al [23]. They studied compressed circular cylindrical shells stiffened by two crisscross systems of ribs.…”

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confidence: 99%

Free vibration of shells with axisymmetric dimples and bulges under axial compression

2009

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We present a procedure of analytical calculation of minimum natural frequencies of cylindrical shells stiffened with stringers and ribs. A new approach is put forward which allows for the presence of some axisymmetric imperfections in shells and a longitudinal compressive load. In the general case, one can analyze 17 vibration modes corresponding to possible types of deformation and pick out a minimum frequency parameter. Smooth, stringered, and stringer-rib stiffened shells are studied. The calculated data are compared to experimental results for the case of no longitudinal compressive forces. The influence of initial deflections and compressive loads on the minimum vibration parameters is assessed. The proposed approach makes it possible to define more precisely the parameters of critical loads and frequencies, thus bridging the gap between calculated and experimental data.

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mentioning

confidence: 99%

Free vibration of shells with axisymmetric dimples and bulges under axial compression

2009

Self Cite

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Dynamic optimization of multilayered cylindrical shells reinforced by two regular systems of ribs

Pochtman¹,

Tugai²

1980

Soviet Applied Mechanics

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Experimental study of the stability of stiffened shells (review)

Amiro

Zarutskii

1996

Int Appl Mech

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Investigation of the effect of axial compressive forces on the frequency and form of vibrations of ribbed cylindrical shells

Cited by 5 publications

References 2 publications

Free vibration of shells with axisymmetric dimples and bulges under axial compression

Free vibration of shells with axisymmetric dimples and bulges under axial compression

Dynamic optimization of multilayered cylindrical shells reinforced by two regular systems of ribs

Experimental study of the stability of stiffened shells (review)

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