{"query":"","terms":[],"total":2740,"limit":10,"offset":0,"results":[{"id":"pmc-4290406","title":"Aspects of structural health and condition monitoring of offshore wind turbines","year":2015,"authors":["I. Antoniadou","N. Dervilis","E. Papatheou"],"author_count":5,"journal":"Philosophical transactions. Series A, Mathematical, physical, and engineering sciences","doi":"10.1098/rsta.2014.0075","source":"pmc","topics":["nondestructive-testing"],"keywords":["structural health monitoring","condition monitoring","offshore wind turbines","data analysis"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"rights_class":"licensed_content","access":"paid","version":1,"score":0.5,"content_endpoint":"/api/document/pmc-4290406","fulltext_endpoint":"/api/document/pmc-4290406/fulltext","references_endpoint":"/api/document/pmc-4290406/references"},{"id":"pmc-4353045","title":"A fractional Fourier transform analysis of the scattering of ultrasonic waves","year":2015,"authors":["Katherine M.M. Tant","Anthony J. Mulholland","Matthias Langer"],"author_count":4,"journal":"Proceedings. Mathematical, Physical, and Engineering Sciences / The Royal Society","doi":"10.1098/rspa.2014.0958","source":"pmc","topics":["nondestructive-testing"],"keywords":["ultrasonics","non-destructive testing","inverse problems","scattering theory"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"rights_class":"licensed_content","access":"paid","version":1,"score":0.5,"content_endpoint":"/api/document/pmc-4353045","fulltext_endpoint":"/api/document/pmc-4353045/fulltext","references_endpoint":"/api/document/pmc-4353045/references"},{"id":"pmc-4370516","title":"A Bio-Inspired Memory Model Embedded with a Causality Reasoning Function for Structural Fault Location","year":2015,"authors":["Wei Zheng","Chunxian Wu"],"author_count":2,"journal":"PLoS ONE","doi":"10.1371/journal.pone.0120080","source":"pmc","topics":["nondestructive-testing"],"keywords":[],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"rights_class":"licensed_content","access":"paid","version":1,"score":0.5,"content_endpoint":"/api/document/pmc-4370516","fulltext_endpoint":"/api/document/pmc-4370516/fulltext","references_endpoint":"/api/document/pmc-4370516/references"},{"id":"pmc-4367344","title":"Citizen Sensors for SHM: Use of Accelerometer Data from Smartphones","year":2015,"authors":["Maria Feng","Yoshio Fukuda","Masato Mizuta"],"author_count":4,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s150202980","source":"pmc","topics":["nondestructive-testing"],"keywords":["smartphone sensors","Citizen Sensors","accelerometers","structural health monitoring","post-event damage assessment","civil engineering structures","modal identification"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"rights_class":"licensed_content","access":"paid","version":1,"score":0.5,"content_endpoint":"/api/document/pmc-4367344","fulltext_endpoint":"/api/document/pmc-4367344/fulltext","references_endpoint":"/api/document/pmc-4367344/references"},{"id":"pmc-4367369","title":"Enhancement of the Excitation Efficiency of a Torsional Wave PPM EMAT Array for Pipe Inspection by Optimizing the Element Number of the Array Based on 3-D FEM","year":2015,"authors":["Yugang Wang","Xinjun Wu","Pengfei Sun"],"author_count":4,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s150203471","source":"pmc","topics":["nondestructive-testing"],"keywords":["PPM EMAT array","guided wave","excitation efficiency","element number","optimization","3-D simulation analysis"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"rights_class":"licensed_content","access":"paid","version":1,"score":0.5,"content_endpoint":"/api/document/pmc-4367369","fulltext_endpoint":"/api/document/pmc-4367369/fulltext","references_endpoint":"/api/document/pmc-4367369/references"},{"id":"pmc-4435120","title":"Optical Sensing of the Fatigue Damage State of CFRP under Realistic Aeronautical Load Sequences","year":2015,"authors":["Pablo Zuluaga-Ramírez","Álvaro Arconada","Malte Frövel"],"author_count":5,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s150305710","source":"pmc","topics":["nondestructive-testing"],"keywords":["composite structures","surface roughness","fatigue damage","variable amplitude loads","optical inspection"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"rights_class":"licensed_content","access":"paid","version":1,"score":0.5,"content_endpoint":"/api/document/pmc-4435120","fulltext_endpoint":"/api/document/pmc-4435120/fulltext","references_endpoint":"/api/document/pmc-4435120/references"},{"id":"pmc-4431250","title":"A Noncontact FMCW Radar Sensor for Displacement Measurement in Structural Health Monitoring","year":2015,"authors":["Cunlong Li","Weimin Chen","Gang Liu"],"author_count":6,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s150407412","source":"pmc","topics":["nondestructive-testing"],"keywords":["structural health monitoring","displacement","FMCW radar","multiple targets"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"rights_class":"licensed_content","access":"paid","version":1,"score":0.5,"content_endpoint":"/api/document/pmc-4431250","fulltext_endpoint":"/api/document/pmc-4431250/fulltext","references_endpoint":"/api/document/pmc-4431250/references"},{"id":"pmc-4431294","title":"Detection of Steel Fatigue Cracks with Strain Sensing Sheets Based on Large Area Electronics","year":2015,"authors":["Yao Yao","Branko Glisic"],"author_count":2,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s150408088","source":"pmc","topics":["nondestructive-testing"],"keywords":["Structural Health Monitoring (SHM)","strain sensing sheet","Large Area Electronics (LAE)","direct sensing","fatigue crack","damage detection and localization"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"rights_class":"licensed_content","access":"paid","version":1,"score":0.5,"content_endpoint":"/api/document/pmc-4431294","fulltext_endpoint":"/api/document/pmc-4431294/fulltext","references_endpoint":"/api/document/pmc-4431294/references"},{"id":"pmc-4431203","title":"Damage Detection with Streamlined Structural Health Monitoring Data","year":2015,"authors":["Jian Li","Jun Deng","Weizhi Xie"],"author_count":3,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s150408832","source":"pmc","topics":["nondestructive-testing"],"keywords":["damage detection","data compression","data communication","knowledge discovery","sensor network","structural health monitoring","system identification"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"rights_class":"licensed_content","access":"paid","version":1,"score":0.5,"content_endpoint":"/api/document/pmc-4431203","fulltext_endpoint":"/api/document/pmc-4431203/fulltext","references_endpoint":"/api/document/pmc-4431203/references"},{"id":"pmc-4431185","title":"Application of Micro-Electro-Mechanical Sensors Contactless NDT of Concrete Structures","year":2015,"authors":["Suyun Ham","John S. Popovics"],"author_count":2,"journal":"Sensors (Basel, Switzerland)","doi":"10.3390/s150409078","source":"pmc","topics":["nondestructive-testing"],"keywords":["air-coupled","impact-echo","MEMS","ultrasound"],"license":"CC-BY-4.0","has_fulltext":true,"has_references":true,"rights_class":"licensed_content","access":"paid","version":1,"score":0.5,"content_endpoint":"/api/document/pmc-4431185","fulltext_endpoint":"/api/document/pmc-4431185/fulltext","references_endpoint":"/api/document/pmc-4431185/references"}]}