• Skip to primary navigation
  • Skip to main content
  • Jobs
  • Pressroom
  • MyTTI
  • Contact Us
  • Facebook
  • Twitter
  • LinkedIn
  • YouTube
  • Instagram
  • SlideShare
  • RSS

Texas A&M Transportation Institute

Saving Lives, Time and Resources.

  • About TTI
    • Overview
    • Academic Partners
    • Advisory Council
    • Hall of Honor
    • History
    • Sponsors
    • Participate in Research
  • Focus Areas
    • Connected Transportation
    • Economics
    • Environment
    • Freight
    • Human Interaction
    • Infrastructure
    • Mobility
    • Planning and Operations
    • Policy
    • Safety
    • Security
    • Workforce Development
  • Facilities
    • Connected Transportation
    • Infrastructure
    • Safety
    • Environment
    • Traffic Operations
    • Maps
  • Home
  • Centers
    • National
    • State
    • Research Internships
  • People
    • People Search
    • Directory
    • Featured Researchers
    • TTI Staff External Awards and Committees
  • Publications
    • Catalog Search
    • Texas Transportation Researcher
You are here: Home / Archives for pavement markings

pavement markings

Seeing the Road in Low-Visibility Conditions

June 1, 2022

Seeing the road is an essential component of safe driving. Drivers depend on a continuous flow of information as they move along the roadway to properly position their vehicle. Centerline and edge-line markings delineate the vehicle lane for drivers, while other markings such as stop bars and railway crossings provide key safety information and alert […]

Filed Under: Texas Transportation Researcher, Volume 58, Number 2 Tagged With: human factors, pavement markings, retroreflectivity, safety, visibility

TTI Developing New Automated and Connected Transportation Test Bed

June 1, 2014

The Texas A&M Transportation Institute (TTI) shares an industry vision where vehicle collisions are eliminated. Vehicles will interact — through technology — with other vehicles, drivers, the infrastructure, pedestrians and bicyclists to prevent crashes. The entire transportation system will be connected in a way that transforms how people live, work and interact. Achieving this vision […]

Filed Under: Texas Transportation Researcher, Volume 50, Number 2 Tagged With: automated vehicle, connected transportation, connected vehicle, pavement markings, testing facility, work-zone applications

New Study Shines Light on Pavement Markings and Safety

May 1, 2013

When you drive at night and your headlights illuminate a lane marking, it makes you feel safer, right? After all, bright pavement markings are designed to help you stay in your lane and prevent you from running off the roadway. Called retroreflectivity, special materials in edge lines and lane lines create the brightness. With age […]

Filed Under: News Tagged With: Paul Carlson, pavement markings, retroreflectivity, visibility, Visibility Research Laboratory

Looking into the Retroreflective Glass

March 1, 2012

As the paint–glass bead mixture used in roadway markings for light retroreflection is applied to the road, degrades over time, and is reapplied, what effect does it have on the people handling it and on our environment?

Filed Under: Texas Transportation Researcher, Volume 48, Number 1 Tagged With: environment, glass beads, heavy metals, pavement markings, retroreflectivity, safety

Looking Out for Pedestrians

March 1, 2012

Two recent research studies on pedestrian crossings have aimed at making crosswalks safer and more efficient. Both studies are influencing national standards and making conditions better for pedestrians.

Filed Under: Texas Transportation Researcher, Volume 48, Number 1 Tagged With: bike-sharing, crash data, Crosswalk, pavement markings, pedestrian, safety, visibility

SPOTLIGHT: The Visibility Research Laboratory

June 1, 2010

“A dark and stormy night” is more than a clichéd way to introduce a story — it’s a dangerous driving scenario when the visibility of road signs becomes critical for safe passage. Nighttime traffic fatality rates are three times higher than their daytime equivalents. While fatigue and alcohol play important roles in nighttime crashes, Texas […]

Filed Under: Texas Transportation Researcher, Volume 46, Number 2 Tagged With: pavement markings, retroreflectivity, roadway lighting, Visibility Research Laboratory

THEN: TTI’s Contributions to Pavement Marking Started Early

June 1, 2010

The Hot-Melt Plastic Stripe as a Pavement Marking Material By Charles J. Keese (Excerpted from Bulletin No. 130, Texas Highway Department, March 1953) “PAINT IS THE STRIPING MATERIAL FOR THOUSANDS OF MILES OF STREETS AND HIGHWAYS. However, its resistance to wear and weathering is so poor, that frequent maintenance of stripes is necessary. Such maintenance […]

Filed Under: Texas Transportation Researcher, Volume 46, Number 2 Tagged With: pavement markings

NOW: Marking the Way: Research project improves performance of raised pavement markers

June 1, 2010

The worst of driving conditions calls for the best of roadway markers. And with their reflective properties, retroreflective raised pavement markers (RRPMs) have guided many nervous drivers safely to their destination on rainy nights. That’s why RRPMs‘ durability and performance are of critical importance to the Texas Department of Transportation (TxDOT). A few years ago, […]

Filed Under: Texas Transportation Researcher, Volume 46, Number 2 Tagged With: pavement markings, retroreflectivity

  • The State of Texas
  • Texas Homeland Security
  • Texas Veterans Portal
  • State Expenditure Database
  • Statewide Search
  • State Auditor’s Office Hotline
  • TAMUS Risk, Fraud & Misconduct Hotline
  • Site Policies
  • Open Records Policy
  • Statutorily Required Reports
  • TTI Rules
  • Veterans
  • Equal Opportunity
  • COVID-19 Info
  • Jobs
Member of the Texas A&M University System

© 2023 Copyright Statement / Legal Notices and Policies

Comments, suggestions, or queries? Contact us!

Texas A&M Transportation Institute · 3135 TAMU · College Station, Texas 77843-3135

(979) 317-2000

 

Loading Comments...
 

You must be logged in to post a comment.