EventsOHOW 2022 – The 1st International Symposium on One Health, One World
Published
with-doi10.3390/ohow2022-13728 (registering DOI)
This submission belongs to the session S1. Urban Safety and Disaster Mitigation of the event OHOW 2022 – The 1st International Symposium on One Health, One World
Published date
22 Nov, 2022
Academic Editor
author-avatarWataru Takeuchi
Citation
Kanokrat Khansanthia, An Impact Map of Phuket Earthquake Based on Building Intensity and Subsoil Properties, in Proceedings of OHOW 2022 – The 1st International Symposium on One Health, One World, Amari Pattaya Hotel, 8 December–10 December 2022, MDPI: Basel, Switzerland, doi: 10.3390/ohow2022-13728
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An Impact Map of Phuket Earthquake Based on Building Intensity and Subsoil Properties

1. Asian Institute of Technology
Abstract

The two main causes of the earthquake in the study area, Phuket, are the two active faults, Ranong (RNF) and Klong Mauri (KMF). The estimated magnitude of the potential earthquake is between 7 and 7.5. As a result, the study's goal is to determine where an earthquake with a magnitude of 7.5 will have the greatest impact. Subsoil strength characteristics and building intensity are used to create an earthquake impact map for the Phuket Province. In this study, the intensity of the buildings in Phuket was observed, and the impact level was approached by examining the stress changes of the soil layers under earthquakes from a geotechnical point of view. The earthquake modeling uses synthetic ground motion data with a maximum PGA value of 0.7898g to simulate earthquake magnitudes in Phuket Province. The building intensity and maximum stress change thematic maps are produced. Finally, using a GIS environment and the weighted overlay technique, Phuket's earthquake impact map is produced

Keywords
Earthquake impact map
Phuket
Ground motion
Earthquake modeling
Building intensity
BELIEVE IN THE POWER OF BEAUTY BRINGING EDUCATION AND UNDERSTANDING TO YOU: SEEKING AN APPROACH THAT REACHES PEOPLE'S HEARTS AND MINDS, BASED ON THE DIVERGENCE FROM THE RATIONAL HUMAN IMAGE ASSUMED BY PUBLIC HEALTH EXPERTS
Sandbox Experiment of Subsoil Corrosion Detection using Geoelectrical Methods