The aim of the current research is to simulate traffic nodes against possible earthquakes. The descriptive-analytical research method is applied. The results of the research show that: in an earthquake with an intensity of 6 mercals, the most traffic nodes are respectively in the range of very high, high, medium, low and very low in area 1, area 1, 5 and 3, area 2, area 4 and They are located in district 6 of the municipality. In an earthquake with an intensity of 7 Mercali, the most traffic nodes are in the range of very high, high, medium, low and very low respectively; District 1, District 5, District 3 and District 2, District 4, District 6 and District 2 are located in the municipality. In the scenario of an earthquake with an intensity of 8 Mercali, none of the roads in the area are located in the range of traffic nodes. Only 0.01 of the road network is located in the domain of low traffic nodes, the most traffic nodes are in the medium domain in district 2 of the municipality, in the high domain in districts 4, 3, and 5 of the municipality, respectively, and in the very domain in district 6, respectively. 1, 2, 5, 3 and 4 municipalities are located
Sarvar, R., & Eshghi, A. (2015). Simulation of traffic nodes in the event of an earthquake with Fuzzy AHP model with the help of GIS case example; District 3 of Tehran Municipality. Geography, 13(44), 95-118.
MLA
R. Sarvar; A. Eshghi. "Simulation of traffic nodes in the event of an earthquake with Fuzzy AHP model with the help of GIS case example; District 3 of Tehran Municipality". Geography, 13, 44, 2015, 95-118.
HARVARD
Sarvar, R., Eshghi, A. (2015). 'Simulation of traffic nodes in the event of an earthquake with Fuzzy AHP model with the help of GIS case example; District 3 of Tehran Municipality', Geography, 13(44), pp. 95-118.
VANCOUVER
Sarvar, R., Eshghi, A. Simulation of traffic nodes in the event of an earthquake with Fuzzy AHP model with the help of GIS case example; District 3 of Tehran Municipality. Geography, 2015; 13(44): 95-118.
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