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Multi-factorial strength evolution of CFRP composites: Integrating macroscopic thermo-mechanical rate-dependency and microstructural 3D fiber network topology

Release time:2026-06-14 Hits:

Journal:Composites Communications

Co-author:Zihao Zhang,Min Yan,Deyi Wang,Xinwei Zong,Jing Rao

First Author:Riwu Yao

Indexed by:Journal paper

Correspondence Author:Jianfeng Shi

Document Type:J

Volume:64

Page Number:102806

Translation or Not:no

Date of Publication:2026-03-25

Included Journals:SCI

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Riwu Yao

Education Level:博士研究生 Alma Mater:Zhejiang University Main positions:Associate Research Fellow Degree:博士 School/Department:Hangzhou International Innovation Institute, Beihang University Business Address:Rm. 5045, Research Bldg. 3 Contact Information:yaoriwu@buaa.edu.cn E-Mail:

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Multi-factorial strength evolution of CFRP composites: Integrating macroscopic thermo-mechanical rate-dependency and microstructural 3D fiber network topology