Add to ORKGAssessment of stresses in axially loaded bridge members is designed to evaluate and determine the Ioad bearing capacity of the bridge. The Ioad bome by a bridge changes over time because of rust, creep, loosening of components and changing live Ioads. Cracks and other structural deficiencies are currently revealed primarily throug
015446062014PDFTech ReportMATC-MU: 18125-1121-0003-181BridgesInspectionStructural health monitoringN...
Over 40% of the nation’s bridges have been classified as structurally deficient or functionally obso...
Monitoring and structural health assessment are the primary requirements for performance evaluation ...
This work compares two nondestructive static methods used for the axial load assessment in prismatic...
In the field of civil engineering, it is often necessary to monitor constructions such as buildings ...
The paper brings out the axial load identification of a slender pre-stressed concrete beam by applyi...
Graduation date: 2014Failure of a gusset plate that caused the I-35W Bridge collapse in Minneapolis,...
The 2001 Iowa National Bridge Inventory (NBI) Report (11) indicated that of the 25,138 bridges in Io...
Diagnostic instrumentation and monitoring of bridges are essential for reliable structural condition...
With aging and deterioration of bridges, evaluation of existing conditions of their structural eleme...
When a bridge is designed, conservative assumptions are made with regard to load distribution and st...
1995PDFTech ReportITI Technical Report No. 12BridgesNondestructive testsMonitoringInspectionField te...
This paper presents an integrated framework for structural health monitoring of bridges by using adv...
9621552003PDFTech ReportTR-445TestingLoadsForceStability (Mechanics)Bridge constructionBridge design...
On-line, continuous monitoring technologies of a rigorous and objective nature are sought to quantit...
015446062014PDFTech ReportMATC-MU: 18125-1121-0003-181BridgesInspectionStructural health monitoringN...
Over 40% of the nation’s bridges have been classified as structurally deficient or functionally obso...
Monitoring and structural health assessment are the primary requirements for performance evaluation ...
This work compares two nondestructive static methods used for the axial load assessment in prismatic...
In the field of civil engineering, it is often necessary to monitor constructions such as buildings ...
The paper brings out the axial load identification of a slender pre-stressed concrete beam by applyi...
Graduation date: 2014Failure of a gusset plate that caused the I-35W Bridge collapse in Minneapolis,...
The 2001 Iowa National Bridge Inventory (NBI) Report (11) indicated that of the 25,138 bridges in Io...
Diagnostic instrumentation and monitoring of bridges are essential for reliable structural condition...
With aging and deterioration of bridges, evaluation of existing conditions of their structural eleme...
When a bridge is designed, conservative assumptions are made with regard to load distribution and st...
1995PDFTech ReportITI Technical Report No. 12BridgesNondestructive testsMonitoringInspectionField te...
This paper presents an integrated framework for structural health monitoring of bridges by using adv...
9621552003PDFTech ReportTR-445TestingLoadsForceStability (Mechanics)Bridge constructionBridge design...
On-line, continuous monitoring technologies of a rigorous and objective nature are sought to quantit...
015446062014PDFTech ReportMATC-MU: 18125-1121-0003-181BridgesInspectionStructural health monitoringN...
Over 40% of the nation’s bridges have been classified as structurally deficient or functionally obso...
Monitoring and structural health assessment are the primary requirements for performance evaluation ...