• TRB 99th Annual Meeting

      January 12–16, 2020

    • Interactive Program

2017

Annual Meeting Event Detail




Poster Session 374

Pavement Surface Characteristics

Monday 1:30 PM- 3:15 PM
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Poster
Hao Wang, Rutgers, The State University of New Jersey,
Donald Swan, Fugro

Sponsored by:
Standing Committee on Pavement Surface Properties and Vehicle Interaction (AFD90)

This session covers the topics of pavement surface characteristics: friction, texture, and smoothness.



No agenda available

Title Presentation Number
Friction and Surface Texture Evaluation of Green-Colored Bike Lanes
Bouzid Choubane, Florida Department of Transportation
Edward Offei, Applied Research Associates, Inc. (ARA)
Guangming Wang, Florida Department of Transportation
Charles Holzschuher, Florida Department of Transportation
Show Abstract
17-05259
Connected-Vehicle Method of Estimating International Roughness Index
Raj Bridgelall, North Dakota State University
Md Tahmidur Rahman, Fugro USA Land Inc.
Denver Tolliver, Upper Great Plains Transportation Institute
Jerry Daleiden, ARRB Group Inc.
Show Abstract
17-00034
Prediction of Asphalt Mixture Surface Texture Level and Its Distributions Using Mixture Design Parameters
DE CHEN, Southwest Jiaotong University
Sen Han, Chang'an University
Cheng Ling, Pike Industries, Inc.
Qian Su, Southwest Jiaotong University
Show Abstract
17-02364
Highway Drainage at Superelevation Transitions by 3-D Computational Fluid Dynamics Modeling
Lu Chen, Virginia Polytechnic Institute and State University
Francine Battaglia, Virginia Polytechnic Institute and State University
Gerardo Flintsch, Virginia Polytechnic Institute and State University
David Kibler, Virginia Polytechnic Institute and State University
Show Abstract
17-01376
Ride Comfort Analysis of Passenger Cars on Mountain Expressways Based on Triaxial Acceleration Data from Field Driving: Case Study in China
Jin Xu, Chongqing Jiaotong University
Kui YANG, Southwest Jiaotong University
Wei Lin, Chongqing Jiaotong University
Yiming Shao, Chongqing Jiaotong University
Show Abstract
17-02765
Use of Smartphone to Measure Pavement Roughness Across Multiple Vehicle Types at Different Speeds
John Stribling
William Buttlar, University of Missouri, Columbia
Shahidul Islam, Applied Research Associates, Inc. (ARA)
William Vavrik, Applied Research Associates, Inc. (ARA)
Show Abstract
17-05717
Road Surface Texture Evaluation Using 3-D Laser Data
Humaira Zahir, Kansas State University
Mustaque Hossain, Kansas State University
Shuvo Islam, Kansas State University
Richard Miller, Kansas Department of Transportation
Show Abstract
17-06032
Accuracy of Road Surface Profilers in TRUE Project: Experiment to Compare Test Methods for Surface Roughness Under Actual Road Environment
Kazuya Tomiyama, Kitami Institute of Technology
Hiroyasu Nakamura, NIPPO Corporation
Hiroyuki Mashito, Toa Road Corporation
Masakazu Jomoto, Taisei Rotec Corporation
Kazuhiro Watanabe, Public Works Research Institute
Show Abstract
17-03150
Viscoelastic Model for Estimating the International Roughness Index by Smartphone Sensors
Chih-Sheng Chen, National Taiwan University
Chiapei Chou, National Taiwan University
Ai-Chin Chen, National Taiwan University
Show Abstract
17-04217
Effect of Road Roughness and Vehicle Speed on Dynamic Load Prediction and Pavement Performance Reduction
Boris Goenaga, Universidad del Norte
Luis Fuentes, Fundacion Universidad del Norte
Otto Mora, Universidad del Norte
Show Abstract
17-00120
Investigation of Slab Curvature in LTPP SPS-2 Experiment Using Empirical Mode Decomposition of Pavement Profilometer Data
Derek Tompkins, American Engineering Testing, Inc.
Dan Franta, Minnesota Department of Transportation
Kyle Hoegh, Minnesota Department of Transportation
Lev Khazanovich, University of Pittsburgh
Show Abstract
17-01360
Investigating Predictability of Pavement Friction on Rural Roads in Ontario, Canada
Luciana Omar, Carleton University
Abd El Halim, Carleton University
Karim Ismail, Carleton University
Show Abstract
17-02502
Mean Texture Depth and Deflection Detection and Steering Angle-Based Bike Pavement Condition Assessment
Xiaodong Qian, University of California, Davis
Deb Niemeier, University of California, Davis
Jean Cordeiro
Ruan Gomes
Show Abstract
17-03951