Representative weigh-in-motion (WIM) system accuracy and guidelines for equipment selection based on sensor, site, and calibration-related factors
Abstract Weigh-in-motion (WIM) technology provides accurate information about road
network traffic, including vehicle class and speed, vehicle count, gross vehicle weight …
network traffic, including vehicle class and speed, vehicle count, gross vehicle weight …
Estimation of weigh-in-motion system accuracy from axle load spectra data
Inaccurate weigh-in-motion (WIM) data may result in significant over-or under-estimation of
the pavement performance period, leading to over-or under-design pavements. Therefore …
the pavement performance period, leading to over-or under-design pavements. Therefore …
Performance of weigh-in-motion (WIM) sensors in rigid and flexible pavements and guidelines for recommended pavement thickness
The performance of a WIM site mainly depends on sensor technology, pavement conditions,
calibration, and maintenance practices. An adequate pavement structure is required to …
calibration, and maintenance practices. An adequate pavement structure is required to …
Use of axle load spectra (ALS) for estimating calibration drift in weigh-in-motion (WIM) systems
The road agencies collect and submit weigh-in-motion (WIM) data to the Federal Highway
Administration as part of their traffic monitoring program. Therefore, the WIM data should be …
Administration as part of their traffic monitoring program. Therefore, the WIM data should be …
Use of LTPP SMP data to quantify moisture impacts on fatigue cracking in flexible pavements [summary report]
FHWA-HRT-20-006: Use of LTPP SMP Data to Quantify Moisture Impacts on Fatigue Cracking
in Flexible Pavements Page 1 This report won the graduate category of the 2017–2018 …
in Flexible Pavements Page 1 This report won the graduate category of the 2017–2018 …
Evaluation of WIM data consistency based on temporal axle load spectra
It is crucial to evaluate the consistency in weigh-in-motion (WIM) loading over time and
quantify the relative accuracy of axle loads based on axle load spectra (ALS) data for …
quantify the relative accuracy of axle loads based on axle load spectra (ALS) data for …
[PDF][PDF] IRF GLOBAL R2T Conference
MM MASUD - 2019 - researchgate.net
Moisture increase in pavement subsurface layers has a significant influence on granular
material properties (resilient modulus (MR)) that affect the expected pavement performance …
material properties (resilient modulus (MR)) that affect the expected pavement performance …
[BOOK][B] Development of a fast and cost-effective asphalt mixture fatigue test system
A Seitllari - 2020 - search.proquest.com
Fatigue cracking is one of the critical distress modes in asphalt pavements. Accurate
prediction and evaluation of fatigue performance are crucial to extending the service life of …
prediction and evaluation of fatigue performance are crucial to extending the service life of …
[PDF][PDF] Incorporation of Pavement Preservation Treatments in AASHTOWare Pavement-ME Analysis and Design
Moisture increase in pavement subsurface layers has a significant influence on granular
material properties that affect the expected pavement performance. In-situ moisture …
material properties that affect the expected pavement performance. In-situ moisture …
[BOOK][B] Wim Sensors Accuracy, Guidelines for Equipment Selection and Calibration, and Traffic Loading Data Applications
MM Masud - 2022 - search.proquest.com
Abstract Weigh-in-Motion (WIM) technology is one of the primary tools used for pavement
management. It can provide essential and accurate truck traffic information, including vehicle …
management. It can provide essential and accurate truck traffic information, including vehicle …