3D Methodology for Evaluating Rail Crossing Roughness

UKY Project Information


NuRail Project IDNURail2012-UKY-R03
Project Title3D Methodology for Evaluating Rail Crossing Roughness
UniversityUniversity of Kentucky
Project ManagerSouleyrette
Principal InvestigatorSouleyrette
PI Contact InformationPhone: (515) 294-5453 Email: reg@iastate.edu
Funding Source(s) and Amounts Provided (by each agency or organization)$51,100 KYTC SPR; $51,100 USDOT RITA
Total Project Cost$102,200
Agency ID or Contract NumberDTRT12-G-UTC18 (Grant 1)
Start Date2012-05-01
End Date2014-01-31
Location
Brief Description of Research ProjectThe overall objective of this project is to investigate develop a quantitative method or measure for determining the need to rehabilitate rail crossings. The scope of the project includes investigation of sensor capabilities, development of a measurement methodology and test of technology. The project is seen as a first step towards automating the crossing inspection process, ultimately leading to the quantification and estimation of future performance of rail crossings. No quantitative method currently exists to quickly and economically assess the condition of rail crossings and trigger highway maintenance activities for improvement or preservation of these crossings. The goal of the proposed project is to test and develop a low-cost sensor for evaluating and quantifying rail crossing roughness. Specific objectives include: (1) development of a geometry based method for quantifying rail crossing roughness; (2) development and test of sensor platform based on the Microsoft Kinect; and (2012/05/013) test and validation of method and platform to include maintenance threshold for test vehicle at various design speeds for various crossings under good, fair and poor roughness conditions.
Describe Implementation of Research Outcomes (or why not implemented)
Photos
Impacts/Benefits of Implementation (actual, not anticipated)
Web Links
Reports
Project Website
Completedyes
Final ReportNURail2012-UKY-R03_and_2013-UKY-R06_Final_Report_3D_Methodology1.pdf