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Characterization of Fatigue Delamination Growth in a Circular Notched CFRP by Scanning Acoustic Microscope and Influence of Water Absorption.

机译：扫描声学显微镜及吸水性影响循环缺陷CFRP中疲劳分层生长的表征。

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Kenjiro Komai; Kohji Minoshima; Shigeru Setoguchi;
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年度 1993
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1. CHARACTERIZATION AND MODELING OF FATIGUE DAMAGE IN QUASI-ISOTROPIC CFRP LAMINATES WITH CIRCULAR HOLES BY SCANNING ACOUSTIC MICROSCOPY [J] . Ogihara S., Kobayashi A., Takeda N. Advanced Composite Materials: The Official Journal of the Japan Society of Composite Materials . 1996,第1期

机译：圆孔的准同质CFRP层板疲劳损伤特征的表征与建模
2. Fatigue life prediction of circular notched CFRP laminates [J] . J.S. Huh, W. Hwang Composite Structures . 1999,第2a3期

机译：圆形缺口CFRP层压板的疲劳寿命预测
3. Thin-film characterization using a scanning laser acoustic microscope with surface acoustic waves [J] . Robbins W.P., Mueller R.K. IEEE Transactions on Ultrasonics, Ferroelectrics, and Frequency Control . 1988,第4期

机译：使用具有表面声波的扫描激光声显微镜对薄膜进行表征
4. Characterizations of Creep-fatigue Crack Initiation and Growth Life for P92 using Circular Notched Round Bar Specimen [C] . R. Sugiura, A. T. Yokobori, T. Nakagawa, Creep-fatigue interactions : Test methods and models . 2010

机译：用圆缺口圆棒试样表征P92的蠕变疲劳裂纹萌生和生长寿命
5. Modeling ultrasonic field emanating from scanning acoustic microscope for reliable characterization of pathogens (biological materials). [D] . Rima, Rowshan Ara. 2014

机译：对扫描声显微镜发出的超声场进行建模，以可靠地表征病原体（生物材料）。
6. Influence of Multi-Holes on Fatigue Behaviors of Cast Magnesium Alloys Based on In-Situ Scanning Electron Microscope Technology [O] . Xi-Shu Wang, Chang-Hao Tan, Juan Ma, 2018

机译：基于原位扫描电子显微镜技术的多孔对铸镁合金疲劳行为的影响
7. Hydrogen-enhanced fatigue crack growth in a single-edge notched tensile specimen under in-situ hydrogen charging inside an environmental scanning electron microscope [O] . Di Wan, Yun Deng, Jan Inge Hammer Meling, 2019

机译：在环境扫描电子显微镜内原位氢气充电下单边缘脱硫样品中的氢增强疲劳裂纹生长
8. Delamination Growth in Notched Graphite/Epoxy Laminates under Compression Fatigue Loading [R] . Mohlin, T., Blom, A. F., Carlsson, L. A., 1983

机译：压裂疲劳载荷下缺口石墨/环氧层压板的脱层生长

Characterization of Fatigue Delamination Growth in a Circular Notched CFRP by Scanning Acoustic Microscope and Influence of Water Absorption.

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