Author/Authors :
Abdali, A Department of Architecture and Urban Planning - Payame-Noor University, Tehran, Iran
Abstract :
Sustainable transportation management considers the effects of transportation development
on economic efficiency, environmental issues, energy consumption, and social justice and aims to reduce
environmental impact, increase the efficiency of the transportation system, increase access, and Improving the
social life of the people. Therefore, in the field of indicators of energy consumption, environmental pollution,
access, traffic, health, and social vitality and income as indicators of sustainable urban transportation and
technical studies of urban transportation, observing the principles and rules Driving, using the right and
standard fuel, increasing safety and health, and making more use of technology are considered as strategies
to achieve sustainable transportation. The purpose of this study is to identify the factors and strategies for
implementing sustainable transportation in the metropolis of Tehran. Methodology of the research is applied
in terms of purpose and their prioritization has been done using the descriptive-analytical method; After
categorizing the effective factors and solutions into 7 main groups and 34 sub-groups, 30 experts related to
urban issues were collected using a questionnaire and prioritized using the AHP hierarchical analysis method.
The results show that because in most cases urban transport planning issues are such that decision elements
have feedback and interdependence, the network analysis process can have many applications in this field.
Have. Conclusion: The most effective policies in the field of ensuring the stability of transportation networks
are: First - technical studies of urban transportation, second - increasing safety and health. According to the
sensitivity analysis, the variables of accessibility, energy consumption, and social vitality have the greatest
impact on the final ranking of options.
Keywords :
Tehran metropolis , analysis method , AHP , Sustainable Transport , Methodology