Arkansas Highway and Transportation Department (AHTD) Project BB0306, the Sheppard to Highway 278 project, entailed undercutting the inside shoulder and overlaying an asphalt surface on I-30. To … [Read more...] about Arkansas Secures Work Zone on I-30
Temporary Rumble Strips
Improving the Process for Providing Mobility and Safety in Work Zones: 2013 Summary Report
Minnesota Department of Transportation (MnDOT) conducted a review of their “Process for Providing Mobility and Safety in Work Zones”. The review meetings provided an opportunity for districts to feed … [Read more...] about Improving the Process for Providing Mobility and Safety in Work Zones: 2013 Summary Report
Technical Corner: Benefits of Temporary Rumble Strips in TTC Situations
To make it as safe as possible for those working on and alongside a road, the Pennsylvania Department of Transportation (PennDOT) has tried portable temporary rumble strips in their maintenance … [Read more...] about Technical Corner: Benefits of Temporary Rumble Strips in TTC Situations
Minimizing Traffic-Related Work Zone Crashes in Illinois
This report presents the findings of a research project to study and develop recommendations to minimize work zone crashes in Illinois. The objectives of this project were (1) to provide in-depth … [Read more...] about Minimizing Traffic-Related Work Zone Crashes in Illinois
Guidance for the Use of Temporary Rumble Strips in Work Zones
The document examines the effectiveness of temporary rumble strips when used in work zones. It summarizes information on different types and configurations of temporary rumble strips for work zones … [Read more...] about Guidance for the Use of Temporary Rumble Strips in Work Zones
Evaluation of Innovative Traffic Safety Devices at Short-Term Work Zones
The objective of this study was to investigate and evaluate the usage and effectiveness of innovative traffic control devices that can be used in short-term work zones. Any device to be used in … [Read more...] about Evaluation of Innovative Traffic Safety Devices at Short-Term Work Zones