1991Unpublished venueRequires access

TRAFFIC FLOW AND CAPACITY AT WORK SITES ON FREEWAYS. HIGHWAY CAPACITY AND LEVEL OF SERVICE. PROCEEDINGS OF THE INTERNATIONAL SYMPOSIUM ON HIGHWAY CAPACITY, KARLSRUHE, GERMANY, 24-27 JULY 1991

W Ressel

Open publisher page 1 citations

Abstract

The traffic flow at work sites on freeways with regard to the capacity depends mainly on the method of handling traffic and the lane width. The following behaviour in the case of a permanent traffic congestion preceeding a work site can be defined by means of empirical time interval distributions. The Beta-distribution is appropriate as a mathematical model function. The capacity of a work site bottleneck results from the assumption of a binomial development as well as the functional relation between the traffic volume and the average gross time interval.

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The traffic flow at work sites on freeways with regard to the capacity depends mainly on the method of handling traffic and the lane width. The following behaviour in the case of a permanent traffic congestion preceeding a work site can be defined by means of empirical time interval distributions. The Beta-distribution is appropriate as a mathematical model function. The capacity of a work site bottleneck results from the assumption of a binomial development as well as the functional relation between the traffic volume and the average gross time interval.

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Available abstract

The traffic flow at work sites on freeways with regard to the capacity depends mainly on the method of handling traffic and the lane width. The following behaviour in the case of a permanent traffic congestion preceeding a work site can be defined by means of empirical time interval distributions. The Beta-distribution is appropriate as a mathematical model function. The capacity of a work site bottleneck results from the assumption of a binomial development as well as the functional relation between the traffic volume and the average gross time interval.

Key concepts: Bottleneck, Traffic flow (computer networking), Interval (graph theory), Transport engineering, Work (physics), Traffic volume, Highway Capacity Manual, Level of service

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TRAFFIC FLOW AND CAPACITY AT WORK SITES ON FREEWAYS. HIGHWAY CAPACITY AND LEVEL OF SERVICE. PROCEEDINGS OF THE INTERNATIONAL SYMPOSIUM ON HIGHWAY CAPACITY, KARLSRUHE, GERMANY, 24-27 JULY 1991 — Research Paper | ScholarLens