1990Journal of Chongqing Jiaotong UniversityRequires access

PLATOON METHOD FOR ANALYZING CAPACITY AND DELAY OF NON-SIGNALIZED INTERSECTIONS

Wei Wang

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Abstract

The vehicular driving model at non-signalized intersections is studied in this paper based on a large number of in-situ observations. It is considered that a traffic stream possesses platoon character when it passes non-signalized intersections under the situation of large traffic volume. The capacity and delay of straight-going vehicles at six types of non-signalized intersections are analyzed by using an identical model according to the platoon theory. Finally, the method to determine the actual and limit capacity of non-signalized intersections is presented. (TRRL)

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The vehicular driving model at non-signalized intersections is studied in this paper based on a large number of in-situ observations. It is considered that a traffic stream possesses platoon character when it passes non-signalized intersections under the situation of large traffic volume. The capacity and delay of straight-going vehicles at six types of non-signalized intersections are analyzed by using an identical model according to the platoon theory. Finally, the method to determine the actual and limit capacity of non-signalized intersections is presented. (TRRL)

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Available abstract

The vehicular driving model at non-signalized intersections is studied in this paper based on a large number of in-situ observations. It is considered that a traffic stream possesses platoon character when it passes non-signalized intersections under the situation of large traffic volume. The capacity and delay of straight-going vehicles at six types of non-signalized intersections are analyzed by using an identical model according to the platoon theory. Finally, the method to determine the actual and limit capacity of non-signalized intersections is presented. (TRRL)

Key concepts: Platoon, Traffic volume, Limit (mathematics), Highway Capacity Manual, Computer science, Transport engineering, Engineering, Control (management)

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