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As the number of pedestrians, bicyclists, and users of other active transportation modes continues to grow in the United States, state departments of transportation and other transportation agencies are seeking to improve how these users are accommodated on or adjacent to our nation's roadways.NCHRP Research Report 1116: Development of a MASH Barrier to Shield Pedestrians, Bicyclists, and Other Vulnerable Users from Motor Vehicles, from TRB's National Cooperative Highway Research Program, provides a detailed design for a crashworthy roadside barrier system for use alongside high-speed roadways that also addresses the needs of nonmotorized users of adjacent multiuse facilities.Supplemental to the report are:Survey, Crash Test Data, and Supporting Certification Documents: Appendices A, C, D, G, H, and I;Technical Drawings and Information for FHWA Eligibility Filing: Appendices B, E, F, and J;Technical Memo;PowerPoint Presentation; andNCHRP 22-37 Composite Crash Test Video.
This report details the development of a MASH-compliant barrier system designed to protect vulnerable road users from motor vehicles. The growing presence of pedestrians, bicyclists, and other active transportation users necessitates improved safety measures on roadways. This research provides a comprehensive design for a crashworthy roadside barrier system intended for high-speed roads, specifically addressing the safety needs of non-motorized users of adjacent multiuse facilities. The report includes extensive supporting documentation, such as survey data, crash test results, technical drawings, and certification documents, crucial for implementation and FHWA eligibility.
This research report is a technical document aimed at transportation agencies and engineers. It provides a specific, detailed solution to a recognized problem in road safety infrastructure. The inclusion of extensive appendices with raw data, technical drawings, and certification documents suggests a focus on practical application and regulatory compliance for implementing the proposed barrier system.
Page Count:
215
Publication Date:
2024-01-01
Publisher:
Transportation Research Board
ISBN-10:
0309710006
ISBN-13:
9780309710008
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