航空发动机热管理（宁波研究院复杂能量系统数字孪生创新团队）
Paper
STUDY OF STRESS WAVE PROPAGATION PATH AND DEPTH IDENTIFICATION IN CRACKED WOOD BASED ON ACOUSTIC EMISSION AND COMSOLSIMULATION
Release Time:2025-03-31
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First Author:
Chen, Chumin
Correspondence Author:
Li, Ming,Fang, Saiyin,Zhao, Jialong,Zhang, Xin,Lu, Fangyong,Deng, Tingting,张博
Date of Publication:
2024-11-20
Journal:
Wood Research
Document Type:
J
Volume:
69
Issue:
3
Page Number:
376-389
ISSN:
1336-4561
Key Words:
Acoustic emissions; Acoustic-emissions; Acoustic emission testing; Acoustic wave propagation; Crack depths; Cracked wood; Crack propagation; Depth; Diffraction; Finite element analyse; Identification; Propagation; Propagation paths; Propagation velocities; Residual stresses; Specimen surfaces; Stresses; Stress wave; Stress wave propagation; Velocity; Velocity modeling; Waves; Wood