Steel and Composite Structures
Volume 48, Number 5, 2023, pages 499-505
DOI: 10.12989/scs.2023.48.5.499
Evaluating comparisons of geological hazards in landslides using fuzzy logic methods and hierarchical analysis
Shasha Yang, Maryam Shokravi and H. Tabatabay
Abstract
Geological hazards in landslide is one of the most extensive and destructive phenomena are among natural disasters.
According to the topography high mountains, tectonic activity, high seismicity, diverse conditions Geology and climate,
basically China to create a wide spectrum of landslides have natural conditions and these landslides are annual. They cause a lot
of financial losses to the country. It is very difficult to predict the time of the landslide, hence the identification landslide
sensitive areas and zoning of these areas based on the potential risk is very important. Therefore, it should be susceptible areas
landslides should be identified in order to reduce damages caused by landslides find. the main purpose of landslide sensitivity
analysis is identification high-risk areas and as a result, reducing damages caused by landslides It is the way of appropriate
actions.
Key Words
fuzzy logic methods; geological hazards; hierarchical analysis; landslides
Address
Shasha Yang:School of Petroleum Engineering and Environmental Engineering, Yan