Page 78 - 无损检测2025年第三期
P. 78
李 昊，等：
基于多元声发射特征的 2.25Cr1Mo0.25V 钢拉伸损伤评估
remanufactured low-carbon steel made by wire and et al. Crack initiation detection in crankshaft ductile cast
arc additive manufacturing[J]. International Journal of iron based on information entropy of acoustic emission
Fatigue，2022，165：107190. signals under tensile loading[J]. Engineering Failure
[8] 黄华斌，彭智伟，王竹林.飞机复合材料拉伸过程损伤 Analysis，2021，127：79-83.
的声发射特性分析[J]. 无损检测，2022，44（5）：38-42. [13] SUN F F，XIAO B，ZHANG Y F. Quantitative damage
[9] CHAI M Y，LAI C J，XU W，et al. Determination of evaluation of LY225 steel under monotonic tensile
fracture toughness of 2. 25Cr1Mo0. 25V steel based on loading based on acoustic emission entropy[J]. Journal of
acoustic emission technique[J]. International Journal of Constructional Steel Research，2021，185：106860.
Pressure Vessels and Piping，2023，205：104998. [14] KONG X，WANG Y M，YANG Q，et al. Damage
[10] CHAI M Y，HOU X L，ZHANG Z X，et al. identification in fiber reinforced titanium matrix
Identification and prediction of fatigue crack growth composites using acoustic emission[J]. Journal of Alloys
under different stress ratios using acoustic emission and Compounds，2020，826：153928.
data[J]. International Journal of Fatigue，2022，160： [15] 钟斌，杨会，强轩轩，等. 含V型缺口钛合金圆棒拉伸
106860. 过程声发射特性研究[J]. 锻压技术，2024，49（2）：247-
[11] CHAI M Y，ZHANG Z X，DUAN Q. A new qualitative 254.
acoustic emission parameter based on Shannon's entropy [16] MOHAMMAD M，OTHMAN A R，ISMAIL M
for damage monitoring[J]. Mechanical Systems and F. Influence of high temperature during tensile test for
Signal Processing，2018，100：617-629. stainless steel using acoustic emission[J]. Process Safety
[12] SEYED M H，AHMAD G G，MOHAMMAD A， Progress，2024，43（S1）：144-147.
48
2025 年 第 47 卷 第 3 期
无损检测
