Add to ORKGThis report presents the results of a preliminary analysis of axle weights from the Oregon DOT Slow-Speed Weigh in Motion (SWIM) scale at the Wyeth weigh station.* This report includes an analysis of methodology and variables used in the study; estimates of accuracy and precision of the WIM readings; and a regression analysis of the WIM and static scale weighings. Axles weights were collected from the traffic stream
PDFTech ReportResearch Report No. 196Research Project No. 85-1SS(B)Weigh in motionData collectionDat...
US Transportation Collection1998PDFTech ReportColucci, BenjaminRamirez, NazarioSanchez, Javier VegaU...
Government stakeholders rely upon traffic information such as the weight of trucks on the roadways t...
This report presents the results of a preliminary analysis of axle weights from the Oregon DOT Slow-...
00924090409791441998Final ReportPDFTech ReportOR-RD 99-18SRS 512AccuracyField testsGross vehicle wei...
Weigh-in-motion (WIM) systems have provided an effective means of data collection for pavement resea...
The objective of this research is to evaluate weigh-in-motion (WIM) data for use by Oregon Departmen...
State agencies have implemented weigh-in-motion (WIM) sensors for years to assess and monitor variou...
Weigh-in-motion (WIM) systems measure the weight of moving vehicles. In Norway, WIM is used for spee...
For the past two decades, weigh-in-motion (WIM) sensors have been used in the United States to colle...
For the past two decades, weigh-in-motion (WIM) sensors have been used in the United States to colle...
The objectives of this study were to review and analyze current procedures in order to implement a p...
US Transportation Collection2020PDFTech ReportAnderson, Jason C.Unnikrishnan, AvinashFigliozzi, Migu...
SPR 304-101This study examines the incidence of overweight trucks and its relation to regulatory enf...
Weighing-in-motion (WIM) of trucks is a relatively inexpensive technique for measuring truck axle lo...
PDFTech ReportResearch Report No. 196Research Project No. 85-1SS(B)Weigh in motionData collectionDat...
US Transportation Collection1998PDFTech ReportColucci, BenjaminRamirez, NazarioSanchez, Javier VegaU...
Government stakeholders rely upon traffic information such as the weight of trucks on the roadways t...
This report presents the results of a preliminary analysis of axle weights from the Oregon DOT Slow-...
00924090409791441998Final ReportPDFTech ReportOR-RD 99-18SRS 512AccuracyField testsGross vehicle wei...
Weigh-in-motion (WIM) systems have provided an effective means of data collection for pavement resea...
The objective of this research is to evaluate weigh-in-motion (WIM) data for use by Oregon Departmen...
State agencies have implemented weigh-in-motion (WIM) sensors for years to assess and monitor variou...
Weigh-in-motion (WIM) systems measure the weight of moving vehicles. In Norway, WIM is used for spee...
For the past two decades, weigh-in-motion (WIM) sensors have been used in the United States to colle...
For the past two decades, weigh-in-motion (WIM) sensors have been used in the United States to colle...
The objectives of this study were to review and analyze current procedures in order to implement a p...
US Transportation Collection2020PDFTech ReportAnderson, Jason C.Unnikrishnan, AvinashFigliozzi, Migu...
SPR 304-101This study examines the incidence of overweight trucks and its relation to regulatory enf...
Weighing-in-motion (WIM) of trucks is a relatively inexpensive technique for measuring truck axle lo...
PDFTech ReportResearch Report No. 196Research Project No. 85-1SS(B)Weigh in motionData collectionDat...
US Transportation Collection1998PDFTech ReportColucci, BenjaminRamirez, NazarioSanchez, Javier VegaU...
Government stakeholders rely upon traffic information such as the weight of trucks on the roadways t...