AbstractPractical example of signal processing from strain gauge, inductive transducer and total station measurements are used to illustrate the features of the bridge load testing measurements. FFT provides accurate representation of physical behavior for static and dynamic signals obtained when loading the bridge. As a reference measurement the signal from inductive transducer was taken. A static part of the load test was also geodetically measured and theoretically calculated. The results are comparable
A general method has been developed for calibrating strain-gage installations in aircraft structures...
Bridge assessment and monitoring are important subjects nowadays. While the monitoring of displaceme...
This paper addresses the problems of effective in situ measurement of the real-time strain for bridg...
This chapter presents principles and justification of diagnostic load tests of bridges as normally p...
Two projects dealing with field instrumentation of bridges are described in this report. In the firs...
The AASHTO load rating method, which is the standard for determining the live load carrying capacity...
The role of bridge testing is to verify technical stage (condition) and safety of bridge. Technical ...
Nowadays, with the aging of the bridges and the advancements in technology, load testing has emerged...
In case of bridges, static proof tests are mandatory to certify the compliance of the structural per...
As new technologies are increasingly applied to civil infrastructure, the need for structural monito...
This thesis investigates the use of nondestructive bridge load testing utilizing strain sensing equi...
Sensors for strain measurement are indispensable for structure monitoring. Fiber optic sensors based...
During testing of the structural reliability of a prestressed reinforced concrete bridge built in th...
34796263Final report.PDFTech ReportVTRC 96-R30VirginiaVirginia Transportation Research CouncilLozev,...
x, 107 leavesIn recent years, civil engineers have become very interested in developing systems to m...
A general method has been developed for calibrating strain-gage installations in aircraft structures...
Bridge assessment and monitoring are important subjects nowadays. While the monitoring of displaceme...
This paper addresses the problems of effective in situ measurement of the real-time strain for bridg...
This chapter presents principles and justification of diagnostic load tests of bridges as normally p...
Two projects dealing with field instrumentation of bridges are described in this report. In the firs...
The AASHTO load rating method, which is the standard for determining the live load carrying capacity...
The role of bridge testing is to verify technical stage (condition) and safety of bridge. Technical ...
Nowadays, with the aging of the bridges and the advancements in technology, load testing has emerged...
In case of bridges, static proof tests are mandatory to certify the compliance of the structural per...
As new technologies are increasingly applied to civil infrastructure, the need for structural monito...
This thesis investigates the use of nondestructive bridge load testing utilizing strain sensing equi...
Sensors for strain measurement are indispensable for structure monitoring. Fiber optic sensors based...
During testing of the structural reliability of a prestressed reinforced concrete bridge built in th...
34796263Final report.PDFTech ReportVTRC 96-R30VirginiaVirginia Transportation Research CouncilLozev,...
x, 107 leavesIn recent years, civil engineers have become very interested in developing systems to m...
A general method has been developed for calibrating strain-gage installations in aircraft structures...
Bridge assessment and monitoring are important subjects nowadays. While the monitoring of displaceme...
This paper addresses the problems of effective in situ measurement of the real-time strain for bridg...