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Project Summary: Implications of Automated Vehicles on Safety, Design and Operation of the Texas Highway System

Description: Summary sheet describing research performed by the Center for Transportation Research regarding the understanding and the development of better safety practices for connected and autonomous vehicles.
Date: August 2016
Creator: University of Texas at Austin. Center for Transportation Research.
Partner: UNT Libraries Government Documents Department

Spreadsheet with Swelling Curves for Clays in Texas (With Supplementary Materials) for TxDOT Project 5-6048-01: Pilot Implementation to Benefit from Centrifuge Technology for Characterization of Expansive Clays in the Austin District

Description: Report providing training material slides on PVR methodology and excel spreadsheets of soil testing data from the Austin District pertaining to a project on the use of centrifuge technology for characterizing expansive clays in Texas.
Date: June 2016
Creator: Zornberg, Jorge G.; Plaisted, Michael D.; Armstrong, Christian P. & Walker, Trevor M.
Partner: UNT Libraries Government Documents Department

Bringing Smart Transport to Texans: Ensuring the Benefits of a Connected and Autonomous Transport System in Texas - Final Report

Description: Report on a project which explored smart-transport technologies, policies, and practices for Texas highways to aid the Texas Department of Transportation as smart-driving technologies become more prevalent in Texas.
Date: August 2016
Creator: Kockelman, Kara; Boyles, Stephan; Avery, Paul; Claudel, Christian; Loftus-Outway, Lisa; Fagnant, Daniel et al.
Partner: UNT Libraries Government Documents Department

Fiscal year 2016 annual report to Federal Highway Administration - Texas

Description: This report has been prepared to fulfil requirements in the Stewardship and Oversight Agreement on Project Assumption and Program Oversight by and between Federal Highway Administration, Texas Division and the State of Texas Department of Transportation. This report describe local government interchangeable with local public agencies. Local government transportation project phase of project development environmental, design, right of way, utility relocation or construction.
Date: November 30, 2016
Creator: Texas. Department of Transportation.
Partner: UNT Libraries Government Documents Department

Strengthening Existing Continuous Non-Composite Steel Girder Bridges Using Post-Installed Shear Connectors

Description: Report on the results of a study on the effectiveness of strengthening non-composite steel girder bridges with post-installed shear connectors.
Date: June 2016
Creator: Kreitman, Kerry; Azad, Amir Reza Ghiami; Patel, Hemal; Engelhardt, Michael; Helwig, Todd; Williamson, Eric et al.
Partner: UNT Libraries Government Documents Department

Infrastructure-Friendly Vehicles to Support Texas Economic Competitiveness

Description: Report evaluating the effects of single, tandem, and tridem configurations on bridges and pavements, and containing guidelines for more infrastructure-friendly vehicle configurations.
Date: August 2016
Creator: Prozzi, Jorge A.; Buddhavarapu, Prasad; Kouchaki, Sareh; Jiang, Nan (Writer on transportation); Savage, Kevin; Walton, C. Michael et al.
Partner: UNT Libraries Government Documents Department

Implementation Project: Strengthening a continuous Steel Girder Bridge in Lakeport, Texas with Post- Installed Shear Connectors: Phase 1- Bridge Strengthening Design and Load Testing

Description: Report detailing the strengthening of a steel girder bridge in Lakeport, Texas.
Date: August 2016
Creator: Kreitman, Kerry L.; Ghiami Azad, Amir R.; Engelhardt, Michael D.; Helwig, Todd A. & Williamson, Eric B.
Partner: UNT Libraries Government Documents Department

Quantification of the Impact of Roadway Conditions on Emissions

Description: Report on a project to develop a methodology to quantify the impact of road’s condition on emissions and provide guidance to assist the Texas Department of Transportation in improving maintenance strategies to reduce gas emissions. The study found that the better the pavement condition the lower the vehicle gas emissions.
Date: August 2016
Creator: Chang, Carlos M.; Qiao, Fengxiang; Abdallah, Imad N.; Azimi, Mehdi; Gonzalez, Oscar D. & Nabi, Mahreen
Partner: UNT Libraries Government Documents Department
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