A Torsional Strength Analysis on the Container Ship by Means of the Finite Element Procedure and Full-Scale Testing

Tanaka, Noboru; Sanbongi, Shigeo; Iwaki, Takashi; Enomoto, Keisuke; Yoshiki, T; Koshikawa, Shigeru; Kawai, Tadahiko

doi:10.2534/jjasnaoe1968.1970.a105

J. SNAJ, Nihon zousen gakkai ronbunshu

1970

DOI: 10.2534/jjasnaoe1968.1970.a105

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A Torsional Strength Analysis on the Container Ship by Means of the Finite Element Procedure and Full-Scale Testing

Noboru Tanaka¹,

Shigeo Sanbongi²,

Takashi Iwaki³

et al.

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Notes on the Structural Analysis of Container Ships

Schultz¹

1972

J. SNAJ, Nihon zousen gakkai ronbunshu

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Notes on the Structural Analysis of Container Ships (3) ed the transfer function or the response amplitude operator (RAO), Y(f, t2). It can be approximated rather well by the strip method. An unpublished comparison of Germanischer Lloyd between the strip theory and model test shows good agreement concerning vertical, and horizontal shearing forces and moments as well as torsional moments at amidship. Results for an angle of encounter of 45° and for a Froude number of 0.212 are presented in Fig. 2. By structural analysis transfer functions for stresses can be determined from the transfer functions for moments and forces. Response of ship in irregular seaway Once the transfer functions are known, the response of the ship in the irregular seaway can be determined by statistical methods. A study of recordings of seaway effects such as moments or stresses reveals that their departure from their mean values are distributed approximately according to the Rayleigh distribution, Fig. 3. The probability that some given value, Xm, is being exceeded is therefore given by

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Notes on the Structural Analysis of Container Ships

Schultz¹

1972

J. SNAJ, Nihon zousen gakkai ronbunshu

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A Torsional Strength Analysis on the Container Ship by Means of the Finite Element Procedure and Full-Scale Testing

Cited by 1 publication

References 0 publications

Notes on the Structural Analysis of Container Ships

Notes on the Structural Analysis of Container Ships

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