Add to ORKGA sensor network constituted from novel soft elastomeric capacitors acting as large-area strain gauges has been deployed on a steel bridge near Kansas City, KS. The objective of the field deployment is to validate the capability of the sensing skin to localize and assess fatigue cracks
Fatigue damage to bridges has been identified as a threat to bridge safety. Fatigue cracks usually o...
Currently the nation's aging bridge infrastructure is approaching and in some cases exceeding its in...
US Transportation Collection2021PDFTech ReportWu, ChenglinMissouri University of Science and Technol...
Fatigue cracks are critical structural concerns for steel highway bridges, and fatigue initiation an...
US Transportation Collection2019PDFTech ReportLi, JianBennett, CarolineCollins, WilliamLaflamme, Sim...
This paper presents a novel large-area strain sensing technology for monitoring fatigue cracks in st...
Fatigue cracks under high-cycle fatigue loading due to normal traffic are one of the major damage mo...
This paper presents a field implementation of the structural health monitoring (SHM) of fatigue crac...
Steel bridges are susceptible to fatigue damage under traffic loading and many bridges operate with ...
This paper presents a field implementation of the structural health monitoring (SHM) of fatigue crac...
Fatigue cracks that develop in steel highway bridges under repetitive traffic loads are one of the m...
Fatigue cracks that develop in steel highway bridges under repetitive traffic loads are one of the m...
Fatigue cracks on steel components may have strong consequences on the structure\u27s serviceability...
The electrochemical fatigue sensor was developed to detect very small fatigue cracks that are active...
Currently the nation's aging bridge infrastructure is approaching and in some cases exceeding its in...
Fatigue damage to bridges has been identified as a threat to bridge safety. Fatigue cracks usually o...
Currently the nation's aging bridge infrastructure is approaching and in some cases exceeding its in...
US Transportation Collection2021PDFTech ReportWu, ChenglinMissouri University of Science and Technol...
Fatigue cracks are critical structural concerns for steel highway bridges, and fatigue initiation an...
US Transportation Collection2019PDFTech ReportLi, JianBennett, CarolineCollins, WilliamLaflamme, Sim...
This paper presents a novel large-area strain sensing technology for monitoring fatigue cracks in st...
Fatigue cracks under high-cycle fatigue loading due to normal traffic are one of the major damage mo...
This paper presents a field implementation of the structural health monitoring (SHM) of fatigue crac...
Steel bridges are susceptible to fatigue damage under traffic loading and many bridges operate with ...
This paper presents a field implementation of the structural health monitoring (SHM) of fatigue crac...
Fatigue cracks that develop in steel highway bridges under repetitive traffic loads are one of the m...
Fatigue cracks that develop in steel highway bridges under repetitive traffic loads are one of the m...
Fatigue cracks on steel components may have strong consequences on the structure\u27s serviceability...
The electrochemical fatigue sensor was developed to detect very small fatigue cracks that are active...
Currently the nation's aging bridge infrastructure is approaching and in some cases exceeding its in...
Fatigue damage to bridges has been identified as a threat to bridge safety. Fatigue cracks usually o...
Currently the nation's aging bridge infrastructure is approaching and in some cases exceeding its in...
US Transportation Collection2021PDFTech ReportWu, ChenglinMissouri University of Science and Technol...