BARDASKAN SEISMIC VULNERABILITY ASSESSMENT AGAINST EARTHQUAKE USING INVERSION HIERARCHICAL WEIGHT PROCESS (IHPW)

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EBRAHIMI MAJID; SALMANI MOQADAM MOHAMMAD; AMIRAHMADI ABOLGHASEM; NOORI MARYAM

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Journal: JOURNAL OF NATURAL ENVIRONMENT HAZARDS Year:2016 | Volume:4 | Issue:6 Page(s): 105-137

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Information Journal Paper

Title

BARDASKAN SEISMIC VULNERABILITY ASSESSMENT AGAINST EARTHQUAKE USING INVERSION HIERARCHICAL WEIGHT PROCESS (IHPW)

Author(s)

EBRAHIMI MAJID | SALMANI MOQADAM MOHAMMAD | AMIRAHMADI ABOLGHASEM | NOORI MARYAM | Issue Writer Certificate

Keywords

VULNERABILITYQ1

EARTHQUAKESQ1

MERCALLIQ2

INVERSION HIERARCHICAL WEIGHT PROCESS (IHPW)Q2

AND BARDASQ1

Abstract

Nowadays, the city’s VULNERABILITY to EARTHQUAKES is world’s major problem that is expert’s concern in various fields. Technical and historical studies of earthquake in Iran shows that devastating EARTHQUAKES along the Dorouneh fault, in many cases leads to deterioration and death of hundreds and sometimes thousands of people.Bardaskan, due to the presence of several active faults around and within it, is in a high risk of EARTHQUAKES. The purpose of this study is to determine the VULNERABILITY of urban elements, using models and methods in reducing the VULNERABILITY of this city against earthquake. To reach this purpose, 16 physical and spatial factors affecting the VULNERABILITY of urban space were identified at the global level then using location data, structural elements description, building behavior data, and determining the impact of each criteria in VULNERABILITY level, an appropriate estimation of city’s VULNERABILITY to earthquake were presented in the framework of integrated and planning models such as fuzzy and Inversion Hierarchical Weight Process. We also discussed building damage modeling and micro-zoning against earthquake by presenting earthquake scenarios at different intensities. The results of this study show that by moving from the south to the north of Bardaskan, the VULNERABILITY of the building’s block are increased. Earthquake scenarios modeling in the intensity of 6 and 8 MERCALLI shows the VULNERABILITY of the building were based on the 3, 1, 6, 5, 4 and 2 section respectively. The main reasons for this state are locating near the fault, peak ground acceleration, high density and low quality of building construction and building materials.

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APA: Copy

EBRAHIMI, MAJID, SALMANI MOQADAM, MOHAMMAD, AMIRAHMADI, ABOLGHASEM, & NOORI, MARYAM. (2016). BARDASKAN SEISMIC VULNERABILITY ASSESSMENT AGAINST EARTHQUAKE USING INVERSION HIERARCHICAL WEIGHT PROCESS (IHPW). JOURNAL OF NATURAL ENVIRONMENT HAZARDS, 4(6), 105-137. SID. https://sid.ir/paper/259186/en

Vancouver: Copy

EBRAHIMI MAJID, SALMANI MOQADAM MOHAMMAD, AMIRAHMADI ABOLGHASEM, NOORI MARYAM. BARDASKAN SEISMIC VULNERABILITY ASSESSMENT AGAINST EARTHQUAKE USING INVERSION HIERARCHICAL WEIGHT PROCESS (IHPW). JOURNAL OF NATURAL ENVIRONMENT HAZARDS[Internet]. 2016;4(6):105-137. Available from: https://sid.ir/paper/259186/en

IEEE: Copy

MAJID EBRAHIMI, MOHAMMAD SALMANI MOQADAM, ABOLGHASEM AMIRAHMADI, and MARYAM NOORI, “BARDASKAN SEISMIC VULNERABILITY ASSESSMENT AGAINST EARTHQUAKE USING INVERSION HIERARCHICAL WEIGHT PROCESS (IHPW),” JOURNAL OF NATURAL ENVIRONMENT HAZARDS, vol. 4, no. 6, pp. 105–137, 2016, [Online]. Available: https://sid.ir/paper/259186/en

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