五、代表性研究成果
5.1专、编译著
[1]刘增华,何存富.超声导波成像理论及应用.科学出版社.2024.
[2]刘增华,赵欣,何存富.超声导波电磁声传感器的设计与应用.科学出版社.2022.
[3] Zenghua Liu. Smart Sensors for Structural Health Monitoring and Nondestructive Evaluation. MDPI. 2024. doi.org/10.3390/books978-3-7258-0226-5
[4]吴斌,何存富,焦敬品,刘增华译.James F. Doyle著.结构中波的传播.科学出版社.2013.
5.2代表性学术论文
[01] Zenghua Liu, Xiaosai Wang, Xin Zhao,etal. A shear horizontal wave EMAT by using encoded Halbach magnets for improving both SNR and spatial resolution and its applications in defect detection of aluminum plates. NDT&E International. 2026,157:103528(12pp).
[02] Yiyi Liu, Zenghua Liu, Long Chen,etal. Improving the detection resolution of microdefects by using the directivity of laser ultrasound. Optics and Laser Technology.2026,193:114204(15pp).
[03] Yanhong Guo, Zenghua Liu, Mengqi Su,etal. Optimization of HBVD-EMAT based on orthogonal experimental and multilayer perceptron fusion method. IEEE Transactions on InstrumentationandMeasurement. 2025,74:9534516(16pp).
[04] Long Chen, Zenghua Liu, Zongjian Zhang,etal.Real-timeimaging and geometric characterization of laser ultrasound based on array scanning optimization and delay-multiply-and-sumbeamforming method.Mechanical Systems and Signal Processing.2025,224:112206(16pp).
[05] Zenghua Liu, Xiaoyu Liu, Yanping Zhu,etal. Multi-time Lamb waves space wavenumber imaging method based on ultrasonic guided wavefield. Structural Health Monitoring. 2025,24(4):2521-2535.
[06] Zenghua Liu, Long Chen, Yanping Zhu,etal. Laser ultrasonic frequency-domain phase weighted imaging based on full matrix capture. Ultrasonics. 2024,141:107321(11pp).
[07] Zenghua Liu, WasilRiaz,Yongna Shen,etal. Magnetoacoustic emission technique: A review of methodology, applications, and future prospects in non-destructive testing. NDT&E International. 2024,146:103171(18pp).
[08] Zenghua Liu, Sha Wu, Wen Liu,etal. Optimization of multiple responses in the laser cladding process parameters. Materials and Manufacturing Processes. 2024,39(15):2139-2153.
[09] Peiying Zhang, Zenghua Liu, Yanhong Guo,etal. Development of a dual main excitation modes electromagnet EMAT for ferromagnetic material testing.Nondestructive Testing and Evaluation. 2024,39(7):1925-1945.
[10] Zenghua Liu, Long Chen, Yanping Zhu,etal. Multi-mode high resolution TFM imaging of microdefects based on laser ultrasonic full matrix capture. Optics and Laser Technology. 2025,181:111913(13pp).
[11] Zenghua Liu, Yanhong Guo, Xin Zhao,etal. Development of wideband pulse compression surface wave EMAT.IEEE Sensors Journal. 2024,24(4):5073-5085.
[12] Yanhong Guo, Zenghua Liu, Xin Zhao,etal. Magneto-acousticcompound detection and evaluation of thermal aging brittleness of heat-resistant steel based on electromagnetic acoustic transducers. Nondestructive Testing and Evaluation. 2023,38(6):977-1005.
[13] Zhaojing Lu, Zenghua Liu, Wenshuo Jiang,etal.Intelligent defect location of U-shaped boom using helical guided waves. Structural Health Monitoring. 2023,22(4):2827-2855.
[14] Zenghua Liu, Lixin Sun, Yanhong Guo,etal. A magnetic shielding-type PEC sensor with a canister structure and magnetic core. IEEE Sensors Journal. 2023,23(7):6697-6705.
[15] Zenghua Liu, Zhaojing Lu, Wenshuo Jiang,etal. Damage probability imaging of a U-shaped boom based on improved permanent periodic magnet electromagnetic acoustic transducers. Nondestructive Testing and Evaluation. 2023,38(6):977-1005.
[16] Xiaofei Huang, Zenghua Liu, Yu Gong,etal. Quantitative estimation of Fe-based amorphous coating thickness based on pulsed eddy current technology. Journal of Nondestructive Evaluation. 2023,42(1):1(11pp).
[17] Xin Zhao, Zenghua Liu, Yanhong Guo,etal. An advanced magnetoacoustic compound inspection methodofhigh-order mode EMAT.IEEESensors Journal. 2022,22(1):229-239.
[18] Zenghua Liu, Runxin Man, Kexin Wang, Yuheng Wu. Nondestructive evaluation of coating defects and uniformity based on terahertz time-domain spectroscopy.Materials Evaluation. 2022,80(9):34-43.
[19] Xin Zhao, Zenghua Liu,YuGong,etal. Performance degradation detection of 12CrMoVsteel by magneto-acoustic compound inspection method.NDT&E International.2021, 124:102525(11pp).
[20] Honglei Chen, Zenghua Liu, Yu Gong, etal. Evolutionary strategy-based intelligent location algorithm for Lamb wave defect detection with sparse array. IEEE Transactions on Ultrasonics, Ferroelectrics, and Frequency Control. 2021, 68(6): 2277-2293.
[21] Zenghua Liu, Zhilin Huo, Aili Li, etal. Development of an omnidirectional SH0mode electromagnetic acoustic transducer employing periodic permanent magnet. IEEE Sensors Journal. 2021,21(6):7691-7701.
[22] Honglei Chen, Zenghua Liu, Bin Wu, Cunfu He. A technique based on nonlinear Hanning windowed Chirplet model and genetic algorithm for parameter estimation of Lamb wave signals. Ultrasonics. 2021,111:106333(16pp).
[23] Abdul Basit, Zenghua Liu, Mubarak Ahmad, etal. A novel method for evaluation of surface breaking crack using position time graph. Instruments and Experimental Techniques. 2021,64(1):107-116.
[24]陈洪磊,刘增华,李子明,吴斌,何存富.有限单元法在超声导波检测技术中的应用研究.力学进展.2020,50:202009(48pp).
[25] Honglei Chen, Zenghua Liu, Bin Wu, Cunfu He. A nonlinear Hanning-windowed Chirplet model for ultrasonic guided waves signal parameter representation. Journal of Nondestructive Evaluation.2020,39(3):65(17pp).
[26] Zenghua Liu, Qiuling Peng, Xin Li, etal. Acoustic emission source localization using generalized regression neural network based on time difference mapping method. Experimental Mechanics. 2020, 60(5): 679-694.
[27]刘增华,彭秋玲,何存富,吴斌.复合材料板声发射源定位的时间差映射方法.声学学报.2020,45(3):385-393.
[28] Zenghua Liu, Xin Zhao, Ning Pei, etal. Numerical decoupling study of EMAT testing signal for ferromagnetic materials. IEEE Sensors Journal. 2020,20(7):3476-3486.
[29] Zenghua Liu, Aili Li, Yongchen Zhang, etal. Development of a directional magnetic-concentrator-type electromagnetic acoustic transducer for ultrasonic guided wave inspection. Sensors and Actuators A: Physical. 2020,303:111859(15pp).
[30] Zenghua Liu, Liming Deng, Yongchen Zhang, etal. Development of a mode-tuning magnetic-concentrator-type electromagnetic acoustic transducer. Ultrasonics. 2020,103: 106094(15pp).
[31] Zenghua Liu, Liming Deng, Yongchen Zhang, etal. Development of an omni-directional magnetic concentrator type electromagnetic acoustic transducer. NDT&E International.2020,109:102193(14pp).
[32] Zenghua Liu, Xin Zhao, Jiaqi Li, Cunfu He, Wu Bin. Obliquely incident EMAT for high-order Lamb wave mode generation based on inclined static magnetic field. NDT&E International. 2019,104:124-134.
5.3代表性国家发明专利和软件著作权
[01]刘增华,陈洪磊,等.一种应用于大型板壳结构的智能兰姆波缺陷定位方法.国家发明专利.专利号:ZL202010192425.2.
[02]刘增华,刘泽华,等.一种基于变角度磁集中器的全向型高阶Lamb波模态电磁声传感器.国家发明专利.专利号:ZL201910996477.2.
[03]刘增华,王可心,等.基于进化优化算法的反射式太赫兹时域光谱厚度测量方法.国家发明专利.专利号:ZL202010671319.2.
[04]刘增华,李艾丽,等.一种周期永磁铁式全向型水平剪切模态电磁声换能器.国家发明专利.专利号:ZL201910459020.8.
[05]刘增华,李艾丽,等.一种指向型磁集中器式兰姆波电磁声换能器.国家发明专利.专利号:ZL201910459551.7.
[06]刘增华,邓黎明,等.一种全向型磁集中器式兰姆波电磁声换能器.国家发明专利.专利号:ZL201910459547.0.
[07]刘增华,邓黎明,等.一种变模态磁集中器式兰姆波电磁声换能器.国家发明专利.专利号:ZL201910459550.2.
[08]刘增华,王可心,等.基于嵌入式系统的兆赫兹阻抗测量计.国家发明专利.专利号:ZL201811112787.5.
[09]刘增华,赵欣,等.一种基于倾斜静磁场的斜入射式电磁声传感器.国家发明专利.专利号:ZL201811232524.8.
[10]刘增华,冯雪健,等.基于激光Lamb波频率-波数分析的金属板缺陷定位方法.国家发明专利.专利号:ZL201710125692.6.
[11]刘增华,张宇,等.基于全波形反演法的起重机异性截面结构起重伸缩臂的检测方法.国家发明专利.专利号:ZL201810176499.X.
[12]刘增华,郑嘉裕,等.一种机电阻抗结构损伤监测的温度补偿方法.国家发明专利.专利号:ZL201810248261.3.
[13]刘增华,姚久富,等.一种磁屏蔽型的双向激励涡流传感器.国家发明专利.专利号:ZL201710125700.7.
[14]刘增华,钟栩文,等.一种基于柔性磁铁的电磁声表面波传感器.国家发明专利.专利号:ZL201610600135.0.
[15]刘增华,罗强,等.一种用于支架结构的可拆卸套筒式力传感器.国家发明专利.专利号:ZL201610258516.5.
[16]刘增华,何存富,吴斌.钢绞线预应力的高阶纵向导波测量方法.国家发明专利.国家发明专利.专利号:ZL 200810240891.2.
[17]刘增华,何存富,等.一种对带粘弹性包覆层充液管道无损检测的方法.国家发明专利.专利号:ZL 200610072880.9.
[18]刘增华,吴斌,等.一种对带粘弹性包覆层充液管道导波检测的方法.国家发明专利.专利号:ZL 200610072881.3.
[19]刘增华,于洪涛,等.基于机电阻抗方法的结构健康状况监测软件V1.0.软件著作权.登记号:2011SRBJ4915.
[20]刘增华,邓黎明,等.电磁铁式电磁声换能器检测系统上位机软件. 2021SR0652766.
[21]刘增华,王铭权,等.先进复合材料结构快速可视化检测软件系统. 2021SR0078674.
[22]刘增华,王可心,等.太赫兹时域光谱厚度测量及二维扫描控制系统. 2020SR0831146.
[23]刘增华,任捷,等.太赫兹时域光谱快速扫描控制及数据采集软件. 2019SR1061455.
[24]刘增华,安飞跃,等.基于COM Express的超声波导波综合检测系统软件. 2019SR0188031.
[25]刘增华,任捷,等.全激光超声自动化检测和波场数据采集软件. 2018SR980563.
[26]刘增华,刘太丽,等.高压气瓶(涡流/超声)无损检测系统. 2016SR304803.
[27]刘增华,樊军伟,等.基于分布式传感器阵列的板结构超声导波成像软件系统V1.0. 2015SR070648.
[28]刘增华,董拓灿,等.基于时间反转法的便携集成式超声导波检测软件V1.0. 2014SR189035.