| Issue | Title | |
| Structural Health Monitoring 2019 | Preliminary Study on Assessing Delaminated Cracks in Cement Asphalt Mortar Layer of High-Speed Rail Track Using Normalized Impact-Echo Method | Abstract |
| CHIA-CHI CHENG, YI QING NI, KENG-TSANG HSU, TAI-TUNG WAI | ||
| Structural Health Monitoring 2019 | Probabilistic Damage Quantification via the Integration of Non- parametric Time-Series and Gaussian Process Regression Models | Abstract |
| AHMAD AMER, FOTIS KOPSAFTOPOULOS | ||
| Structural Health Monitoring 2019 | Propagation Characteristics of Ultrasonic Guided Waves in High-Speed Rails | Abstract |
| HUA-PENG CHEN, KUI SUN, QINGSONG FENG | ||
| Structural Health Monitoring 2019 | Pruning Deep Neural Networks for Efficient Edge Computing in Internet of Things: A Structural Health Monitoring Case Study | Abstract |
| RIH-TENG WU, ANKUSH SINGLA, MOHAMMAD R. JAHANSHAHI, ELISA BERTINO | ||
| Structural Health Monitoring 2019 | Quantification of the Posterior Utilities of SHM Campaigns on an Orthotropic Steel Bridge Deck | Abstract |
| LIJIA LONG, ISAAC FARRERAS ALCOVER, SEBASTIAN THÖNS | ||
| Structural Health Monitoring 2019 | Quantifying the Benefit of Structural Health Monitoring: Can the Value of Information be Negative? | Abstract |
| ANDREA VERZOBIO, DENISE BOLOGNANI, DANIELE ZONTA, JOHN QUIGLEY | ||
| Structural Health Monitoring 2019 | Quantitative Characterization of Hypervelocity Debris Cloud- induced Pitting Damage in AL-Whipple Shields Using Nonlinear Ultrasonic Waves | Abstract |
| WUXIONG CAO, PENGYU ZHOU, KAI WANG, YAFENG WANG, RUNQIANG CHI, BAOJUN PANG, ZHONGQING SU | ||
| Structural Health Monitoring 2019 | Quantitative Dynamic and Distributed Fiber-Optic Sensing has Come of Age | Abstract |
| MOSHE TUR | ||
| Structural Health Monitoring 2019 | Railway Safety Inspection Intervals Based on Damage Tolerance and Fracture Control Theory | Abstract |
| JIANGFENG DING, LU LIU, ZONGZHENG WANG, ZHONGWEN LI, HUI WANG, ZENGYE JU | ||
| Structural Health Monitoring 2019 | Rapid Condition Evaluation of Concrete Pavement with Automated Acoustic Scanning System | Abstract |
| SUYUN HAM, SANGGOO KANG, DAFNIK SARIL KUMAR DAVID | ||
| Structural Health Monitoring 2019 | Rapid Condition Evaluation of Concrete Pavement with Automatic Acoustic Scanning System | Abstract |
| SUYUN HAM, SANGGOO KANG, DAFNIK SARIL KUMAR DAVID | ||
| Structural Health Monitoring 2019 | Real Time Extraction of TOA from Overlapped AE Waves | Abstract |
| AVIK KUMAR DAS, CHRISTOPHER K. Y. LEUNG | ||
| Structural Health Monitoring 2019 | Real-Time Impact Identification by Using Acceleration Measurements—Application to a Large Aircraft Composite Panel | Abstract |
| DIMITRI GOUTAUDIER, DIDIER GENDRE | ||
| Structural Health Monitoring 2019 | Real-Time Monitoring for Condition Assessment and Long-term Behaviour of Metro Lines | Abstract |
| ELIZABETH PISTONE, HANNO TÖLL, GÜNTHER ACHS | ||
| Structural Health Monitoring 2019 | Real-time Object Detection Based on R-FCN Network Under Structured Scene of High-speed Railway | Abstract |
| QIANG HAN, SHENGCHUN WANG, YUE FANG, PENG DAI | ||
| Structural Health Monitoring 2019 | Real-Time Remote Monitoring of Power Plants in Terms of IIoT and Cloud Computing | Abstract |
| JINDRICH LISKA, VOJTECH VASICEK, MARTIN KAS | ||
| Structural Health Monitoring 2019 | Recognition Method of Health Monitoring Point of Quayside Container Crane Based on Fuzzy Evaluation | Abstract |
| GUAN-SI LIU, KE-QIN DING, HUI JIN, LI CHEN | ||
| Structural Health Monitoring 2019 | Recognition Method of Health Monitoring Point of Quayside Container Crane Based on Fuzzy Evaluation | Abstract |
| GUAN-SI LIU, KE-QIN DING, HUI JIN, LI CHEN | ||
| Structural Health Monitoring 2019 | Recognition of the Distress in Concrete Pavement Using Deep Learning Based on GPR Image | Abstract |
| JUNCAI XU, ZHENZHONG SHEN | ||
| Structural Health Monitoring 2019 | Reinforcement-learning-based Identification of the System for the Purpose of Structural Change Detection | Abstract |
| ZIEMOWIT DWORAKOWSKI | ||
| Structural Health Monitoring 2019 | Reliability of Lamb Wave SHM Systems: Influence of Hydrostatic Pressure, Mechanical Loading and Fatigue on the Value of a Damage Index | Abstract |
| LUCAS DORNELES, HENRIQUE OLIVEIRA, THOMAS ROSAURO CLARKE, FERNANDO DOTTA, ANDRÉ TAMBA, RICARDO RULLI | ||
| Structural Health Monitoring 2019 | Reliability of Probability of Detection (POD) of Fatigue Cracks for Built-in Acousto-Ultrasound Technique as “in-situ†NDE | Abstract |
| SPANDAN MISHRA, SUSHEEL KUMAR YADAV, FU-KUO CHANG | ||
| Structural Health Monitoring 2019 | Reliable Damage Monitoring Under Time-Varying Conditions Based on Gaussian Mixture Model and Delay-and-sum Imaging | Abstract |
| YUANQIANG REN, LEI QIU, SHENFANG YUAN, FANG FANG | ||
| Structural Health Monitoring 2019 | Remarks on the Collapse of the Polcevera Viaduct | Abstract |
| MARCO DOMANESCHI, GIAN PAOLO CIMELLARO, MAURIZIO MORGESE, FARHAD ANSARI, ALESSANDRO ZONA | ||
| Structural Health Monitoring 2019 | Remote Sensing Using Augmented Reality and Low-Cost Sensors | Abstract |
| MARLON AGUERO, DILENDRA MAHARJAN, SOAMIYA CHAVEZ, MARIA DEL PILAR RODRIGUEZ, DAVID MASCARENAS, FERNANDO MOREU | ||
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