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Search Results: 173 in 0.05 sec Ordered by
Title / Author(s) / Keywords PublicationDate
2019-04 APWSHM 2018,
Zero-Frequency Mode and Its Application in Nondestructive Testing
X. Sun2, Y. Zhao, Y. Liu, N. Hu3
aCollege of Aerospace Engineering bKey Disciplines Lab of Novel Micro-nano Devices and System and International R & D center of Micro-nano Systems and New Materials Technology; Chongqing University21, Chongqing [China]
Zero-frequency Mode; Nonlinear Acoustics; Micro-crack; Acoustic Nonlinearity Parameter

 
APWSHM 2018
2019-04
2019-04 APWSHM 2018,
Crawler Robot Equipped with MFL Devices for Detecting Internal and Surface Flaws in Large-Diameter Steel Stay Cable
S. Yan, X. Liu22, X. Liu32, X. Liu42, X. Liu52, X. Liu62, X. Liu72, X. Liu82, X. Liu92, J. Xiao102, D. Wu119, D. Wu124, D. Wu133, B. Wu144, C. He152, C. He144, C. He162
2Tongji University 22, Shanghai [China]
3Key Laboratory of Modern Acoustics of Ministry of Education, Institute of Acoustics; Nanjing University12, Nanjing [China]
4Fushun Special Steel Co. Ltd2, Fushun [China]
5Key Laboratory of Nondestructive Testing, Ministry of Education; Nanchang Hang Kong University24, Nanchang [China]
6Department of Mechanical Engineering; Tsinghua University41, Beijing [China]
7Electrical Engineering and Radiology; University of Colorado Denver3, Denver, CO [USA]
8College of Aerospace Engineering; Chongqing University21, Chongqing [China]
9National Center for Research on Earthquake Engineering (NCREE)14, Taipei [Taiwan, Province of China]
10School of Electrical Engineering; Southwest Jiaotong University36, Chengdu [China]
11Institute for Polymer Testing and Polymer Science (IKP); University of Stuttgart271, Stuttgart [Germany]
12Beijing Jiaotong University10, Beijing [China]
13SCLead corporation3, Chengdu [China]
14College of Mechanical Engineering and Applied Electronics Technology; Beijing University of Technology11, Beijing [China]
15Department of Measuring and Testing Technology; Nanjing University of Aeronautics and Astronautics (NUAA)63, Nanjing [China]
16China Academy of Building Research Shenzhen Branch2, Shenzhen [China]
Crawler Robot; Magnetic Flux Leakage; Defect Detection; Steel Stay Cable

 
APWSHM 2018
2019-04
2019-04 APWSHM 2018,
Hole-Edge Damage Monitoring of Bolted Composite Joints with a Flexible Eddy Current Array Sensing Film
Q. Liu13, Q. Liu22, Q. Liu33, H. Sun46, H. Sun58, H. SUN66, H. Sun76, T. Wang83, T. Wang92, T. Wang102, X. Qing117, X. Qing127
1National Center of Boiler & Pressure Vessel Inspection & Research(CBPVI)6, Beijing [China]
2Daqing Logging & Testing Services Company2, Daqing [China]
3IEMN, TPIA UMR, CNRS; University of Lille28, Villeneuve d'Ascq [France]
4GE Global Research9, Niskayuna, NY [USA]
5National University of Defense Technology15, Changsha [China]
6Department of Civil and Environmental Engineering; Massachusetts Institute of Technology (MIT)15, Cambridge, MA [USA]
7Department of Civil Engineering; University of Nebraska9, Lincoln [USA]
8China Academy of Engineering Physics (CAEP)37, Mianyang [China]
9Granpect Company Limited5, Beijing [China]
10Dresden International University (DIU)15, Dresden [Germany]
11Commercial Aircraft Corporation (COMAC)7, Beijing [China]
12School of Aerospace Engineering; Xiamen University13, Xiamen [China]
Composite; Bolted joints; Eddy current array; Sensing film; Damage monitoring

 
APWSHM 2018
2019-04
2019-04 APWSHM 2018,
Dynamic Characteristics of Cracked Rod Fastening Rotor System with Rigid Support
C. Zhang18, C. Zhang24, C. Zhang36, C. ZHANG44, C. Zhang54, W. Teng64, L. Zhao74, L. Zhao84, L. Zhao94, L. Zhao103, C. Zhou113, C. Zhou123, C. Zhou133
1Department of Physics; Capital Normal University11, Beijing [China]
2Laboratoire de Mécanique et Génie Civil; Université Montpellier5, Montpellier [France]
3State Key Laboratory of Mechanics and Control of Mechanical Structures; Nanjing University of Aeronautics and Astronautics (NUAA)63, Nanjing [China]
4Harbin Institute of Technology (HIT)45, Harbin [China]
5Civil Engineering and Architecture School; Nanchang University4, Nanchang [China]
6Singapore Institute of Manufacturing Technology (SIMTech)36, Singapore [Singapore]
7Key Laboratory of Nondestructive Testing, Ministry of Education; Nanchang Hang Kong University24, Nanchang [China]
8TWI Ltd (The Welding Institute)183, Great Abington, Cambridge [United Kingdom]
9National Metrology Centre4, Singapore [Singapore]
10PetroChina Pipeline Company3, Langfang [China]
11Department of Mechanical Engineering; Hong Kong Polytechnic University36, Kowloon [Hong Kong, China]
12College of Mechanical and Electrical Engineering; Guangzhou University6, Guangzhou [China]
13Engineering Training Center; Nanjing University of Science and Technology5, Nanjing [China]
Rod Fastening Rotor; Crack; Time-Varying Stiffness; Sub-Harmonic Resonance

 
APWSHM 2018
2019-04
2019-04 APWSHM 2018,
Experimental Modal Analysis of Rod-fastening Rotor under Different Pre-tension Forces
C. Zhou13, C. Zhou23, C. Zhou33, L. Zhao44, L. Zhao54, L. Zhao64, L. Zhao73, L. Hu82, W. Teng94, C. Zhang108, C. Zhang114, C. Zhang126, C. ZHANG134, C. Zhang144
1Department of Mechanical Engineering; Hong Kong Polytechnic University36, Kowloon [Hong Kong, China]
2College of Mechanical and Electrical Engineering; Guangzhou University6, Guangzhou [China]
3Engineering Training Center; Nanjing University of Science and Technology5, Nanjing [China]
4Key Laboratory of Nondestructive Testing, Ministry of Education; Nanchang Hang Kong University24, Nanchang [China]
5TWI Ltd (The Welding Institute)183, Great Abington, Cambridge [United Kingdom]
6National Metrology Centre4, Singapore [Singapore]
7PetroChina Pipeline Company3, Langfang [China]
8Research Scientist and Group Leader; Forintek Canada Corp.2, Quebec City, Quebec [Canada]
9Singapore Institute of Manufacturing Technology (SIMTech)36, Singapore [Singapore]
10Department of Physics; Capital Normal University11, Beijing [China]
11Laboratoire de Mécanique et Génie Civil; Université Montpellier5, Montpellier [France]
12State Key Laboratory of Mechanics and Control of Mechanical Structures; Nanjing University of Aeronautics and Astronautics (NUAA)63, Nanjing [China]
13Harbin Institute of Technology (HIT)45, Harbin [China]
14Civil Engineering and Architecture School; Nanchang University4, Nanchang [China]
Rod-fastening rotor; Modal test; LSCE; Tension force;

 
APWSHM 2018
2019-04
2019-04 APWSHM 2018,
A Stereovision Measurement Method Considering Epipolar Constraint
B. Shan12, X. Huo
1Harbin Institute of Technology (HIT)45, Harbin [China]
Stereovision; Stereo matching; Epipolar Constraint; DIC; Correction

 
APWSHM 2018
2019-04
2019-04 APWSHM 2018,
Performance of Piers for Heavy Trucks Passing Underneath Bridge
J. Liu17, J. Liu26, J. Liu34, J. Liu44, J. Liu56, J. Liu64, J. LIU74, C. Liu82, C. Liu94, C. LIU104, C. Liu112, H. Yu122
1CGNPC Inspection Technology Company, Ltd8, Suzhou [China]
2School of Mechatronics Engineering; Harbin Institute of Technology (HIT)45, Harbin [China]
3Detection Center; No.8 Bureau of China Construction Co., Ltd4, Nanjing [China]
4Center for Infrared Sensors, Jet Propulsion Laboratory; California Institute of Technology (Caltech)18, Pasadena, CA [USA]
5Science and Technology of Steels Processing Group, WMG, International Digital Laboratory; University of Warwick56, Coventry [United Kingdom]
6Department of Mechanics; Sun Yat-sen University5, Guangzhou [China]
7Zhengzhou University of Light Industry4, Zhengzhou [China]
8CEEG (Nan jing) Pv-Tech Co. Ltd2, Nanjing [China]
9Department of Construction Engineering; National Yunlin University of Science and Technology (YunTech)8, Yunlin [Taiwan, Province of China]
10Non-destructive Evaluation Group, Department of Mechanical Engineering; Imperial College London88, London [United Kingdom]
11Department of Mechanical, Aerospace and Nuclear Engineering; Rensselaer Polytechnic Institute (RPI)8, St. Troy, NY [USA]
12Institute of Mechanical and Electrical Product Safety; Chinese Academy of Inspection and Quarantine2, Beijing [China]
Heavy Trucks; Pier-Pile-Soil Model; Displacement

 
APWSHM 2018
2019-04
2019-04 APWSHM 2018,
Optimal Speed of a Moving Load for Damage Detection in Bridges
X. Zhu14, X. Zhu23, X. Zhu33, M. Cao46, J. Liu57, J. Liu66, J. Liu74, J. Liu84, J. Liu96, J. Liu104, J. LIU114, T. Deng2, W. Xu44
1Structural Engineering; University of California, San Diego (UCSD)14, La Jolla, San Diego, CA [USA]
2School of Materials Science & Engineering, NDT & E Laboratory; Dalian University of Technology26, Dalian [China]
3Suzhou Phaserise Technology Co., Ltd3, Suzhou [China]
4Dep. of Engineering Mechanics; Hohai University 15, Nanjing [China]
5CGNPC Inspection Technology Company, Ltd8, Suzhou [China]
6School of Mechatronics Engineering; Harbin Institute of Technology (HIT)45, Harbin [China]
7Detection Center; No.8 Bureau of China Construction Co., Ltd4, Nanjing [China]
8Center for Infrared Sensors, Jet Propulsion Laboratory; California Institute of Technology (Caltech)18, Pasadena, CA [USA]
9Science and Technology of Steels Processing Group, WMG, International Digital Laboratory; University of Warwick56, Coventry [United Kingdom]
10Department of Mechanics; Sun Yat-sen University5, Guangzhou [China]
11Zhengzhou University of Light Industry4, Zhengzhou [China]
Optimal Speed; Moving Load; Bridge; Deflection; Damage Detection; Wavelet Transform

 
APWSHM 2018
2019-04
2019-04 APWSHM 2018,
Singular Component in Modal Teager-Kaiser Energy for Characterizing Incipient Delaminations in Composite Laminates
W. Xu14, M. Cao16, J. Liu27, J. Liu36, J. Liu44, J. Liu54, J. Liu66, J. Liu74, J. LIU84, T. Deng2, T. Liu1016, T. Liu113, T. Liu122, T. Liu12, X. Zhu134, X. Zhu143, X. Zhu153
1Dep. of Engineering Mechanics; Hohai University 15, Nanjing [China]
2CGNPC Inspection Technology Company, Ltd8, Suzhou [China]
3School of Mechatronics Engineering; Harbin Institute of Technology (HIT)45, Harbin [China]
4Detection Center; No.8 Bureau of China Construction Co., Ltd4, Nanjing [China]
5Center for Infrared Sensors, Jet Propulsion Laboratory; California Institute of Technology (Caltech)18, Pasadena, CA [USA]
6Science and Technology of Steels Processing Group, WMG, International Digital Laboratory; University of Warwick56, Coventry [United Kingdom]
7Department of Mechanics; Sun Yat-sen University5, Guangzhou [China]
8Zhengzhou University of Light Industry4, Zhengzhou [China]
10Precision Measurements Group; Singapore Institute of Manufacturing Technology (SIMTech)36, Singapore [Singapore]
11Safe Technology Institute; Xi'an University of Science and Technology6, Xi'an [China]
12School of Instrumentation Science and Opto-Electronics Engineering; Beihang University (BUAA)42, Beijing [China]
13Structural Engineering; University of California, San Diego (UCSD)14, La Jolla, San Diego, CA [USA]
14School of Materials Science & Engineering, NDT & E Laboratory; Dalian University of Technology26, Dalian [China]
15Suzhou Phaserise Technology Co., Ltd3, Suzhou [China]
CFRP Composite laminate; Incipient delamination identification; Mode shape; Teager- Kaiser energy operator; Singular value decomposition; Scanning laser vibrometer

 
APWSHM 2018
2019-04
2019-04 APWSHM 2018,
Mechanical Behavior Analysis and Fatigue Test of Composite Bridge Deck Pavement Structure with Steel and Ultra-high Ductility Concrete
H. Liu13, H. Liu23, H. Liu32, H. Liu42, H. Liu42, H. Liu52, H. Liu62, H. Li79, H. Li16, H. Li84, H. Li83, H. Li93
1aSchool of Mechatronics Engineering bKey Lab of Structures Dynamic Behavior and Control of the Ministry of Education, School of Civil Engineering; Harbin Institute of Technology (HIT)45, Harbin [China]
2Engineering Research Center for Large Highway Structure Safety of Ministry of Education; Chang'an University6, Xi'an [China]
3Tohoku University49, Sendai [Japan]
4aState Key Laboratory of Coastal and Offshore Engineering bNDT & E Laboratory; Dalian University of Technology26, Dalian [China]
5State Key Laboratory of Mechanics and Control of Mechanical Structures; Nanjing University of Aeronautics and Astronautics (NUAA)63, Nanjing [China]
6A*STAR Institute of Materials Research and Engineering (IMRE)3, Singapore [Singapore]
7Eddysun Electronic Co. Ltd.29, Xiamen [China]
8Institute of Nuclear Physics and Chemistry & Key Laboratory of Neutron Physics; China Academy of Engineering Physics (CAEP)37, Mianyang [China]
9School of Mechanical Engineering; North Minzu University3, Yinchuan [China]
Steel Box Girder; Composite Deck; Strengthening Technology; Mechanical Property Analysis; fatigue test

 
APWSHM 2018
2019-04
2019-04 APWSHM 2018,
Low-cost Graphene-based Flexible Strain Sensor with a Novel Transfer Method
B. Chen12, B. Chen22, B. Chen32, B. Chen42, X. Cheng, J. Qiu66, G. Liu73, G. Liu82, G. Liu92, G. Liu102, G. Liu112, G. Liu122, K. Lv
1Wuhan Institute of Physics & Mathematics2, Wuhan [China]
2Department of Testing and Control Engineering; Nanchang Hang Kong University24, Nanchang [China]
3Dept. of Construction Engineering; National Taiwan University of Science and Technology (NTUST)7, Taipei [Taiwan, Province of China]
4Department of Mechanical Engineering; National University of Singapore5, Singapore [Singapore]
6State Key Laboratory of Mechanics and Control of Mechanical Structures; Nanjing University of Aeronautics and Astronautics (NUAA)63, Nanjing [China]
7Shenyang University Of Technology11, Shenyang [China]
8Department of Electric and Computer Engineering; University of Waterloo19, Waterloo [Canada]
9School of Civil Engineering; Chongqing University21, Chongqing [China]
10South China University of Technology3, Guangzhou [China]
11Department of Mechanics; Sun Yat-sen University5, Guangzhou [China]
12Full Scale Aircraft Structure Statics / Fatigue Lab; Aircraft Strength Research Institute (ASRI)3, Xi’an [China]
Flexible Strain Sensors; Graphene; Conductive Paths; Structural Health Monitoring

 
APWSHM 2018
2019-04
2019-03 iCT 2019, Poster exhibition
Thu 16:00 Agora
X-ray Inspection of TSV using Deep Learning Target Detection Algorithm
Liu, Yuehua; Wang, Yanfang; Liu, Baodong; Wei, Cunfeng; Wang, Zhe
TSV, x-ray imaging, deep learning, voids detection

 
iCT 2019
Session: Poster exhibition
Thu 16:00 Agora
2019-03
2019-03 iCT 2019, Poster exhibition
Thu 16:00 Agora
Study on Energy Weighting Imaging Technology in Multispectral CT
C. Zhiwei, L. Mohan, Z. Zhidu, W. Cunfeng, X. Qiong, L. Baodong, W. Long, W. Zhe
Chinese Academy of Science (CAS)12, Beijing [China]
photon counting detector, energy weight, image domain, signal to noise ratio (SNR)

 
iCT 2019
Session: Poster exhibition
Thu 16:00 Agora
2019-03
2019-02 NDT.net Review, Journal of Nondestructive Evaluation
Feasibility and Reliability of Grain Noise Suppression in Monitoring of Highly Scattering Materials
C. LIU4, A. Van Pamel, P. Cawley33
Non-destructive Evaluation Group, Department of Mechanical Engineering; Imperial College London88, London [United Kingdom]
Grain noise suppression, Health monitoring, Highly scattering materials, Baseline subtraction

 
NDT.net Review
Session: Journal of Nondestructive Evaluation
2019-02
2019-02 ENDE 2017, Journal of Nondestructive Evaluation
Vibration Parameters Based Debonding Defect Detection for Sandwich Plate with Pyramidal Truss Cores
S. Tian12, J. LIU14, Z. Chen28, D. ZHANG1, Y. CAO1
1Zhengzhou University of Light Industry4, Zhengzhou [China]
2State Key Laboratory for Strength and Vibration of Mechanical Structures; Xi'an Jiaotong University14, Xi'an [China]
Sandwich plate with pyramidal truss cores, debonding defect, vibration characteristics, difference method, surface smoothing method, curvature mode change rate

 
ENDE 2017
2019-02
2019-02 ENDE 2017, Journal of Nondestructive Evaluation
A New MFL Testing Sensor Based on Localized Magnetization for Micro Crack Detection
S. Liu, Y. Sun2, W. Ma, L. He2, Y. Kang5
School of Mechanical Science and Engineering; Huazhong University of Science and Technology30, Wuhan [China]
MFL, Sensor, Localized magnetization, Micro crack

 
ENDE 2017
2019-02
2018-12 SHM-NDT 2018, Composites
A Concept of Multi-Resolution Modal Teager-Kaiser Energy for Crack Detection in Composite Laminates
W. Xu14, M. Cao16, I. Solodov245, T. Liu12, Y. Xu1
1Dep. of Engineering Mechanics; Hohai University 15, Nanjing [China]
2Institute for Polymer Technology (IKT); University of Stuttgart271, Stuttgart [Germany]
composite laminate, crack detection, mode shape, wavelet transform, Teager-Kaiser energy operator, laser scanning vibrometer

 
SHM-NDT 2018
Session: Composites
2018-12
2018-12 SHM-NDT 2018, Structural Health Monitoring
A preliminary feasibility analysis about the Structural Health Monitoring of railway concrete sleepers by acoustic emission and digital image correlation
M. Carboni33, A. Collina, R. Liu, E. Zappa
aDept. Mechanical Engineering bDep. Mechanical Engineering; Politecnico di Milano84, Milano [Italy]
Acoustic Emission (AE), Digital Image Correlation, Structural Health Monitoring, Acoustic emission, railway concrete sleepers

 
SHM-NDT 2018
Session: Structural Health Monitoring
2018-12
2018-12 SHM-NDT 2018, X-ray
Three-Dimensional Imaging of Thermal Barrier Coatings by Nano-CT
S. He1, Y. Liu12, B. Ao2, Z. Wang1
1Information department; Tianjin Special Equipment Inspection Institute2, Tianjin [China]
2Nanchang Hang Kong University24, Nanchang [China]
Thermal barrier coatings, Nano-CT, Microstructure, 3D segmentation, Thickness

 
SHM-NDT 2018
Session: X-ray
2018-12
2018-11 EWSHM 2018, Electromagnetics
Eddy current thermography and its application to inspecting impact fatigue defect in steel parts
S. Yang1, L. Liu1, J. Yang2
1School of Manufacturing Science and Engineering; Sichuan University, Chengdu [China]
2School of Mechatronics Engineering; Southwest Petroleum University Chengdu, Chengdu [China]
Electromagnetic Testing (ET), Infrared Testing (IRT), Steel, impact, eddy currents, Infrared

 
EWSHM 2018
Session: Electromagnetics
2018-11
 
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