"This is a final report of an extensive experimental and analytical examination of the fatigue behavior of the welded end connection used on high-mast light structures and traffic signal masts. The weld details commonly used for these connections produce very poor fatigue performance. Their performance is a function of base plate stiffness, weld type and geometry, and number of anchor bolts. Recommended connections and their corresponding fatigue strength are given as well as recommended fabrication and welding specifications.
Although Very High Strength Steels (VHSS) with nominal strengths up to 1100 MPa have been available ...
US Transportation Collection2003PDFTech ReportRamsay, C.Chen, GendaBarker, M.Dharani, L. R.Universit...
Due to high stress concentrations, welded joints represent the most common locations of fatigue crac...
US Transportation Collection2011PDFTech ReportStam, AndrewRichman, NicholasPool, CharlesRios, CraigA...
This study investigated the fatigue performance of commonly used traffic signal mast-arm details. Pr...
This study investigated the fatigue performance of multi-sided high-mast lighting towers. Recent fai...
Traffic signs and signals are often supported by flexible cantilevered structures that are susceptib...
There has been a rise in the number of failures of traffic cantilever signal mast arms in recent yea...
Report presenting the findings of a research project to investigate the fatigue cracking and failure...
2010PDFTech ReportFHWA-WY-08/05FParts of traffic signalsTraffic signalsSign supportsWyomingUnited St...
textFailures of high mast illumination poles (HMIP) around the US have raised the concerns of offici...
2014PDFTech ReportFHWA-HRT-14-066Sign supportsPoles (Supports)WeldsFatigue testsSpecimensGalvanizing...
58469602Final contract report.PDFTech ReportVTRC 05-CR10Stud connectorsVirginiaVirginia Transportati...
Abstract only availableThis research focuses on the fatigue testing of a traffic mast-arm system for...
The variability in fatigue life estimates for welded pipe joints commonly found in overhead transpor...
Although Very High Strength Steels (VHSS) with nominal strengths up to 1100 MPa have been available ...
US Transportation Collection2003PDFTech ReportRamsay, C.Chen, GendaBarker, M.Dharani, L. R.Universit...
Due to high stress concentrations, welded joints represent the most common locations of fatigue crac...
US Transportation Collection2011PDFTech ReportStam, AndrewRichman, NicholasPool, CharlesRios, CraigA...
This study investigated the fatigue performance of commonly used traffic signal mast-arm details. Pr...
This study investigated the fatigue performance of multi-sided high-mast lighting towers. Recent fai...
Traffic signs and signals are often supported by flexible cantilevered structures that are susceptib...
There has been a rise in the number of failures of traffic cantilever signal mast arms in recent yea...
Report presenting the findings of a research project to investigate the fatigue cracking and failure...
2010PDFTech ReportFHWA-WY-08/05FParts of traffic signalsTraffic signalsSign supportsWyomingUnited St...
textFailures of high mast illumination poles (HMIP) around the US have raised the concerns of offici...
2014PDFTech ReportFHWA-HRT-14-066Sign supportsPoles (Supports)WeldsFatigue testsSpecimensGalvanizing...
58469602Final contract report.PDFTech ReportVTRC 05-CR10Stud connectorsVirginiaVirginia Transportati...
Abstract only availableThis research focuses on the fatigue testing of a traffic mast-arm system for...
The variability in fatigue life estimates for welded pipe joints commonly found in overhead transpor...
Although Very High Strength Steels (VHSS) with nominal strengths up to 1100 MPa have been available ...
US Transportation Collection2003PDFTech ReportRamsay, C.Chen, GendaBarker, M.Dharani, L. R.Universit...
Due to high stress concentrations, welded joints represent the most common locations of fatigue crac...