TRAFFIC DISTRIBUTION IN A RESIDENTIAL CELL: A CASE STUDY
Map Taylor
Abstract
Map Taylor
Abstract
An intensive study of the trip generation and traffic distribution within an outer-suburban residential cell was made in response to problems of high traffic volumes on certain streets in the cell, and a corresponding belief that the internal street system was used extensively by through traffic. A traffic survey was conducted to record traffic volumes and vehicle movements in the cell. Simultaneously a questionnaire survey was conducted to determine the trip generation rates and demographic characteristics of the households concerned. It was found that only 4% of the observed traffic was through traffic. The remainder was generated internally. The data were used to study proposals for the redistribution of traffic in the cell, assuming full residential development of the area. Conclusions were reached regarding the environmental design of local street systems and the provision of access to residential areas. /TRRL/
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An intensive study of the trip generation and traffic distribution within an outer-suburban residential cell was made in response to problems of high traffic volumes on certain streets in the cell, and a corresponding belief that the internal street system was used extensively by through traffic. A traffic survey was conducted to record traffic volumes and vehicle movements in the cell. Simultaneously a questionnaire survey was conducted to determine the trip generation rates and demographic characteristics of the households concerned. It was found that only 4% of the observed traffic was through traffic. The remainder was generated internally. The data were used to study proposals for the redistribution of traffic in the cell, assuming full residential development of the area. Conclusions were reached regarding the environmental design of local street systems and the provision of access to residential areas. /TRRL/
Key concepts: Trip generation, Transport engineering, Redistribution (election), Distribution (mathematics), Residential area, Geography, Engineering, Civil engineering