2004Transportation Research Record Journal of the Transportation Research BoardRequires access

Injury Severity and Total Harm in Truck-Involved Work Zone Crashes

Asad Jan Khattak, Felipe Targa

Open publisher page 101 citations

Abstract

Society pays a high cost for work zone crashes in terms of operational disruptions, property damage, injuries, and loss of life. Given narrow lanes in work zones, large trucks are of particular concern. Truck-involved collisions in work zones, as opposed to non-truck-involved collisions in North Carolina, are empirically examined. This examination helps in understanding which work zone attributes are empirically associated with the most seriously injured occupant and total harm in a crash. Specifically, with a unique data set, effects of the following variables were explored: type of work zone, presence of warning signs and cones, type of activity in the work zone, location of the crash in the work zone, and construction impact of the work zone on the roadway. The results show that work zone crashes in North Carolina, especially those involving large trucks, were more injurious than were non—work zone crashes. Rigorous modeling results suggest that truck-involved multivehicle crashes were most injurious and harmful when ( a) they occurred on two-way undivided or two-way divided but unprotected (without a median barrier) roadways; ( b) the roadway was closed and a detour was required on the opposite side; ( c) they occurred adjacent to the work area; and ( d) the posted speed limits were higher. The results provide valuable information on high-risk factors in work zones.

About this research paper

What this paper is about

Society pays a high cost for work zone crashes in terms of operational disruptions, property damage, injuries, and loss of life. Given narrow lanes in work zones, large trucks are of particular concern. Truck-involved collisions in work zones, as opposed to non-truck-involved collisions in North Carolina, are empirically examined. This examination helps in understanding which work zone attributes are empirically associated with the most seriously injured occupant and total harm in a crash. Specifically, with a unique data set, effects of the following variables were explored: type of work zone, presence of warning signs and cones, type of activity in the work zone, location of the crash in the work zone, and construction impact of the work zone on the roadway. The results show that work zone crashes in North Carolina, especially those involving large trucks, were more injurious than were non—work zone crashes. Rigorous modeling results suggest that truck-involved multivehicle crashes were most injurious and harmful when ( a) they occurred on two-way undivided or two-way divided but unprotected (without a median barrier) roadways; ( b) the roadway was closed and a detour was required on the opposite side; ( c) they occurred adjacent to the work area; and ( d) the posted speed limits were higher. The results provide valuable information on high-risk factors in work zones.

Why it matters

OpenAlex reports 101 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

A contribution statement is not available in the OpenAlex record.

Method / approach

Method details are not available in the OpenAlex metadata.

Main findings

Findings are not separately available in the OpenAlex metadata.

Limitations

Limitations are not available in the OpenAlex metadata.

Applications

Application details are not available in the OpenAlex metadata.

Available abstract

Society pays a high cost for work zone crashes in terms of operational disruptions, property damage, injuries, and loss of life. Given narrow lanes in work zones, large trucks are of particular concern. Truck-involved collisions in work zones, as opposed to non-truck-involved collisions in North Carolina, are empirically examined. This examination helps in understanding which work zone attributes are empirically associated with the most seriously injured occupant and total harm in a crash. Specifically, with a unique data set, effects of the following variables were explored: type of work zone, presence of warning signs and cones, type of activity in the work zone, location of the crash in the work zone, and construction impact of the work zone on the roadway. The results show that work zone crashes in North Carolina, especially those involving large trucks, were more injurious than were non—work zone crashes. Rigorous modeling results suggest that truck-involved multivehicle crashes were most injurious and harmful when ( a) they occurred on two-way undivided or two-way divided but unprotected (without a median barrier) roadways; ( b) the roadway was closed and a detour was required on the opposite side; ( c) they occurred adjacent to the work area; and ( d) the posted speed limits were higher. The results provide valuable information on high-risk factors in work zones.

Key concepts: Work zone, Truck, Crash, Work (physics), Harm, Transport engineering, Poison control, Forensic engineering

Related papers

Back to paper searchBrowse research topicsOriginal source
Injury Severity and Total Harm in Truck-Involved Work Zone Crashes — Research Paper | ScholarLens