Ultimate strength assessment of stiffened panels using Equivalent Single Layer approach under combined in-plane compression and shear-Reference-Cited by-同舟云学术

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Ultimate strength assessment of stiffened panels using Equivalent Single Layer approach under combined in-plane compression and shear

Published:2022-11 Issue: Volume:180 Page:109943
ISSN:0263-8231
Container-title:Thin-Walled Structures
language:en
Short-container-title:Thin-Walled Structures

Author:

Putranto Teguh^ORCID,Kõrgesaar Mihkel,Jelovica Jasmin^ORCID

Funder

Eesti Teadusagentuur

European Regional Development Fund

Strategic Innovation Fund

Natural Sciences and Engineering Research Council of Canada

Publisher

Elsevier BV

Subject

Mechanical Engineering,Building and Construction,Civil and Structural Engineering

Reference43 articles.

1. Ultimate strength formulations for stiffened panels under combined axial load, in-plane bending and lateral pressure: a benchmark study;Paik;Thin-Walled Struct.,2002

2. Analytical calculation of local buckling and post-buckling behavior of isotropic and orthotropic stiffened panels;Stamatelos;Thin-Walled Struct.,2011

3. Torsion and shear stresses in ships;Shama,2010

4. Buckling/plastic collapse behavior and strength of rectangular plate subjected to uni-axial thrust;Yao,2016

5. Ultimate shear strength of intact and cracked stiffened panels;Wang;Thin-Walled Struct.,2015

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1. The influence of welding-induced 3D residual stress and distortion on the ultimate strength of multi-stiffened thin plate structures under cyclic load;Ocean Engineering;2024-11

2. Efficient graph representation in graph neural networks for stress predictions in stiffened panels;Thin-Walled Structures;2024-10

3. A simplified modeling and analysis approach for nonlinear transient dynamic evaluation of ship hull with single plate equivalence;Ocean Engineering;2024-07

4. An experimental investigation on the collapse modes of stiffened plates subjected to combined axial and lateral loads;Ocean Engineering;2024-05

5. Study on the Deformation Mode and Energy Absorption Characteristics of Protective Honeycomb Sandwich Structures Based on the Combined Design of Lotus Root Nodes and Leaf Stem Veins;Journal of Marine Science and Engineering;2024-04-14

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