Corrigendum to 'Mode I and Ⅱ interlaminar critical energy release rates in all-carbon interlayer unidirectional fibre-hybrids based on ultrahigh-modulus and high-strength fibres' [Compos. Struct. 236 (2020) 111886]

Sapozhnikov Sergei B.; Swolfs Yentl; Lomov Stepan V.

首页> 外文期刊>Composite Structures >Corrigendum to 'Mode I and Ⅱ interlaminar critical energy release rates in all-carbon interlayer unidirectional fibre-hybrids based on ultrahigh-modulus and high-strength fibres' [Compos. Struct. 236 (2020) 111886]

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Corrigendum to 'Mode I and Ⅱ interlaminar critical energy release rates in all-carbon interlayer unidirectional fibre-hybrids based on ultrahigh-modulus and high-strength fibres' [Compos. Struct. 236 (2020) 111886]

机译：基于超高度模量和高强度纤维的全碳层间纤维混合物中的“模式I和Ⅱ型临界能量释放率”勘探勘探。结构。 236（2020)111886]

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来源
《Composite Structures》 |2021年第8期|114053.1-114053.1|共1页
作者
Sapozhnikov Sergei B.; Swolfs Yentl; Lomov Stepan V.;
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作者单位

South Ural State Univ Chelyabinsk Russia;

Katholieke Univ Leuven Dept Mat Engn Leuven Belgium;

Katholieke Univ Leuven Dept Mat Engn Leuven Belgium;

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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);
原文格式 PDF
正文语种 eng
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1. Mode Ⅰ and Ⅱ interlaminar critical energy release rates in all-carbon interlayer unidirectional fibre-hybrids based on ultrahigh-modulus and high-strength fibres [J] . Sapozhnikov Sergei B., Swolfs Yentl, Lomov Stepan V Composite Structures . 2020,第Mara期

机译：基于超高模量和高强度纤维的全碳层间纤维混合体中的全碳层间临界能量释放率Ⅰ和Ⅱ型临界能量释放率
2. Calculation of Energy Release Rates for Cohesive and Interlaminar Delamination Based on the Classical Beam-adhesive Model [J] . QUANTIAN Luo, LIYONG TONG Journal of Composite Materials . 2009,第4期

机译：基于经典束黏模型的粘性和层间分层能量释放率计算
3. Mode I and II interlaminar critical energy release rates in all-carbon interlayer unidirectional fibre-hybrids based on ultrahigh-modulus and high-strength fibres [O] . Sergei B. Sapozhnikov, Yentl Swolfs, Stepan V. Lomov 2020

机译：基于超高模量和高强度纤维的全碳层间纤维混合物中的全碳层间临界能量释放速率

Corrigendum to 'Mode I and Ⅱ interlaminar critical energy release rates in all-carbon interlayer unidirectional fibre-hybrids based on ultrahigh-modulus and high-strength fibres' [Compos. Struct. 236 (2020) 111886]

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