The Locator -- [(subject = "highway safety")]

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Author:
Sun, Carlos author University of Missouri-Columbia
Title:
Calibration of Highway Safety Manual Work Zone Crash Modification Factors Sun, C., Edara, P., Brown, C., Zhu, Z. and Rahmani, R.
Publisher:
Institute for TransportationIowa State University
Copyright Date:
2014
Description:
x, 30 pages (42 pages in PDF file) Illustrations, charts, photographs (chiefly color)
Subject:
Smart Work Zone Deployment Initiative.
Traffic safety.
Countermeasures
Crash data
Geometric design
Highway safety
Traffic control devices
Traffic signal timing
Work zones
crash modification factors
Other Authors:
Edara, Praveen author University of Missouri-Columbia
Brown, Henry author University of Missouri-Columbia
Zhu, Zhongyuan author University of Missouri-Columbia
Rahmani, Roozbeh author University of Missouri-Columbia
Iowa State University. Institute for Transportation, performing body.
Iowa. Department of Transportation, sponsoring body.
United States. Federal Highway Administration, sponsoring body.
Notes:
Includes bibliographical references (pages 29-30) "June 2014" -- Technical Documentation Page
Scope Note:
Final Report
Summary:
The Highway Safety Manual is the national safety manual that provides quantitative methods for analyzing highway safety. The HSM presents crash modification factors related to work zone characteristics such as work zone duration and length. These crash modification factors were based on high-impact work zones in California. Therefore there was a need to use work zone and safety data from the Midwest to calibrate these crash modification factors for use in the Midwest. Almost 11,000 Missouri freeway work zones were analyzed to derive a representative and stratified sample of 162 work zones. The 162 work zones was more than four times the number of work zones used in the HSM. This dataset was used for modeling and testing crash modification factors applicable to the Midwest. The dataset contained work zones ranging from 0.76 mile to 9.24 miles and with durations from 16 days to 590 days. A combined fatal/injury/non-injury model produced a R2 fit of 0.9079 and a prediction slope of 0.963. The resulting crash modification factors of 1.01 for duration and 0.58 for length were smaller than the values in the HSM. Two practical application examples illustrate the use of the crash modification factors for comparing alternate work zone setups.
OCLC:
(OCoLC)901039740
Locations:
IAOX771 -- State Library of Iowa (Des Moines)

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