## Buckling of Shell Structures, on Land, in the Sea and in the AirThe science of the study of containers of various materials has, in the majority of cases, a uniformity of shape, of function and of loading. The grouping of the papers in this publication lift the barriers and give the state of the art for each sector. More than 50 articles are grouped by theme. |

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### Contents

Buckling and plastic punching of circular cylindrical shell | 11 |

Towards an optimal shape of cylindrical shell structures under | 21 |

Buckling of axially compressed cylindrical shells with local | 33 |

Statistical imperfection models for buckling analysis | 43 |

Buckling behaviour of composite shells under combined loading | 53 |

Effect of impact delaminations on axial buckling of composite | 61 |

Stabilityanalysis of elastic shells of revolution with | 71 |

Simplified analyses for the buckling of shells of revolution | 81 |

Buckling analysis of shells by means of the ANKA PC code | 183 |

Buckling of thin cylindrical shells submitted to external | 190 |

Buckling of laminated plates and cylindrical shells subjected | 201 |

Studies | 213 |

Stability of windloaded shells of cylindrical tanks with | 223 |

Elastic and inelastic buckling of ringstiffened circular | 233 |

Strength and reliability of stringerstiffened cylinders | 242 |

The ultimate strength of cylindrical shell structures under | 251 |

An energy based concept for dynamic stability of elastic | 83 |

Stability analysis of composite sandwich shells | 92 |

Remarks on the effective width concept for orthotropic | 102 |

Fibre orientation effects on the buckling behaviour of imperfect | 114 |

Buckling of circular conical shells of composite materials under | 124 |

The symmetrical buckling of spherical shells | 134 |

A concept of disturbance energy for the buckling analysis | 149 |

Verification of computer programs by discussion of the results | 159 |

On the numerical simulation of the buckling of imperfect shells | 169 |

Nonlinear dynamic stability of elastoplastic shell structures | 177 |

The ECCS recommendations on shell stability design | 261 |

Towards an Improved design procedure for buckling critical | 270 |

Design codes for offshore structures buckling of cylindrical | 277 |

Externally pressurised CFRP dames | 486 |

Buckling tests with axially compressed unstlffened cylindrical | 498 |

Towards recommendations for shell stability design by means | 508 |

Round Table | 519 |

525 | |

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### Common terms and phrases

applied axial compression axial load axisymmetric bending bifurcation boundary conditions Braunschweig buckling analysis buckling behaviour buckling load buckling mode buckling strength buckling stress calculated CFRP circular cylindrical shells circumferential coefficients combined loading composite cone corresponding critical load curvature curve cylinders defect deformation deformation theory delamination displacement domes edge eigenvalue elastic buckling elasto-plastic energy equations equilibrium external pressure Figure finite element finite element analysis finite element method formulation geometric imperfections imperfect shell imperfection amplitude imperfection sensitivity initial imperfections interaction laminate layers limit load linear linear elastic material matrix maximum membrane stress meridional method models modulus nonlinear numerical obtained panel parameter plastic deformations plate postbuckling prebuckling problem radius ratio reduction factor ring stiffeners shear shell buckling shell elements shell structures shells of revolution SMiRT specimens spherical cap stability stiffness strain stress concentration surface Table temperature theory thickness unstiffened vector yield stress Young's modulus