Links

  • October 11th, 2005

This paper presents estimates for the economic (human capital) and comprehensive costs per crash for six KABCO groupings within 22 selected crash types and within two speed limit categories (= 50 mi/h)). The comprehensive costs include nonmonetary losses. To produce these cost estimates, previously developed costs per victim keyed on the AIS injury severity scale […]

  • July 11th, 2004

The Federal Motor Carrier Safety Administration (FMCSA) has given high priority to research regarding collisions between large trucks (gross vehicle weight > 4,540 kilograms (10,000 pounds)) and other vehicles on the roadway. This research aims to improve knowledge about the high-risk behaviors of truck and passenger vehicle (car) drivers.

  • September 27th, 2003

About The Federal Motor Carrier Safety Administration (FMCSA) has given high priority to research regarding collisions between large trucks (gross vehicle weight > 4,540 kilograms (10,000 pounds)) and other vehicles on the roadway. This research aims to improve knowledge about the high-risk behaviors of truck and passenger vehicle (car) drivers. In 1998, large trucks accounted […]

  • March 1st, 2000

The issue of work zone safety cannot be properly addressed without attempting to understand fully the problems associated with work zones. The purpose of this research project was to investigate the current status of work zone safety in Alabama and other states and to recommend possible safety-enhancement measures. A database of crash report information was […]

  • September 9th, 1997

This manual describes a comprehensive approach to traffic safety analysis, from collecting potentially useful information to ranking tentative solutions. Individual chapters can also be consulted and applied independently, such as to check a location’s crash ranking (Chapter 3), alternative crash countermeasures (Chapter 4) or the relative safety benefits and costs of a specific countermeasure (Chapter […]

  • July 5th, 1990

This article describes the CORRECT (Cost/Benefit Optimization for the Reduction of Roadway Environment Caused Tragedies) system which has been used by the Alabama Highway Department Accident Identification and Surveillance Section for over 15 years. In 1988, the system was enhanced by replacing the dynamic programming algorithm of optimization by a branch-and-bound algorithm which is easier […]