Implementing safety countermeasures on rural horizontal curves to address speeding can improve the safety performance for those locations. State safety and traffic engineers are faced with making decisions on what type of technology to use and which sites to use the technology on in a fiscally constrained environment. The research conducted for this project will evaluate a Sequential Dynamic Curve Warning System (SDCWS) that could be an additional tool for these engineers to use either separately or in combination with other countermeasures to address horizontal curve locations with a history of safety concerns
Federal Highway Administration2017PDFTech ReportDonnell, EricPorter, Richard J.Zlatkovic, MilanCoope...
10369859152018Amjadi, RoyaPDFTech ReportFHWA-HRT-17-066HRDS-20/04-18(200)EDTFH61-13-D-0001Highway cu...
2017PDFTech ReportFHWA-HRT-17-067HRDS-20/11-17(200)EHighway curvesTwo lane highwaysTraffic safetyTra...
Federal Highway Administration2013PDFTech ReportSmadi, Omar G.Hawkins, Neal R.Hallmark, Shauna L.Kni...
Federal Highway Administration2015PDFTech ReportSmadi, OmarHawkins, NealKnickerbocker, SkylarHallmar...
Federal Highway Administration2011PDFBriefUnited States. Federal Highway AdministrationUnited States...
Lane-departure crashes at horizontal curves represent a significant portion of fatal crashes on rura...
Federal Highway Administration2018PDFTech ReportUnited States. Federal Highway Administration. Offic...
The Federal Highway Administration (FHWA) estimates that 58 percent of roadway fatalities are lane d...
2018PDFTech ReportFHWA/VTRC 18-R25103652Ran off road accidentsRural highwaysHighway safetyTraffic sa...
015543832015Final ReportPDFTech ReportFHWA-HRT-14-020;IHRB Project TR-579;InTrans Project 08-320DTFH...
Horizontal curves are relatively dangerous features, with collision rates at least 1.5 times that of...
Horizontal curves are an integral part of the highway alignment. However, a disproportionately high ...
2019Technical Report, September 2017\u2013February 2019PDFTech ReportFHWA/TX-19/0-6960-R10-6960Evalu...
Rural roadways account for a significant portion of fatal crashes in the United States despite carry...
Federal Highway Administration2017PDFTech ReportDonnell, EricPorter, Richard J.Zlatkovic, MilanCoope...
10369859152018Amjadi, RoyaPDFTech ReportFHWA-HRT-17-066HRDS-20/04-18(200)EDTFH61-13-D-0001Highway cu...
2017PDFTech ReportFHWA-HRT-17-067HRDS-20/11-17(200)EHighway curvesTwo lane highwaysTraffic safetyTra...
Federal Highway Administration2013PDFTech ReportSmadi, Omar G.Hawkins, Neal R.Hallmark, Shauna L.Kni...
Federal Highway Administration2015PDFTech ReportSmadi, OmarHawkins, NealKnickerbocker, SkylarHallmar...
Federal Highway Administration2011PDFBriefUnited States. Federal Highway AdministrationUnited States...
Lane-departure crashes at horizontal curves represent a significant portion of fatal crashes on rura...
Federal Highway Administration2018PDFTech ReportUnited States. Federal Highway Administration. Offic...
The Federal Highway Administration (FHWA) estimates that 58 percent of roadway fatalities are lane d...
2018PDFTech ReportFHWA/VTRC 18-R25103652Ran off road accidentsRural highwaysHighway safetyTraffic sa...
015543832015Final ReportPDFTech ReportFHWA-HRT-14-020;IHRB Project TR-579;InTrans Project 08-320DTFH...
Horizontal curves are relatively dangerous features, with collision rates at least 1.5 times that of...
Horizontal curves are an integral part of the highway alignment. However, a disproportionately high ...
2019Technical Report, September 2017\u2013February 2019PDFTech ReportFHWA/TX-19/0-6960-R10-6960Evalu...
Rural roadways account for a significant portion of fatal crashes in the United States despite carry...
Federal Highway Administration2017PDFTech ReportDonnell, EricPorter, Richard J.Zlatkovic, MilanCoope...
10369859152018Amjadi, RoyaPDFTech ReportFHWA-HRT-17-066HRDS-20/04-18(200)EDTFH61-13-D-0001Highway cu...
2017PDFTech ReportFHWA-HRT-17-067HRDS-20/11-17(200)EHighway curvesTwo lane highwaysTraffic safetyTra...