Distributed Deformations for Dip Slip Events Within PFDHA
Our team has been working with both the FDHI and SURE databases over the last year and a half to better understand how to forecast distributed deformations in PFDHA for dip slip events. In addition to the statistical results, analytical results are presented that help bound the problem. The key aspects for implementing distributed deformations in our PFDHA approach include; probability of non-zero distributed deformations along strike, probability of exceedance with distance from strike, the relationship between magnitude and distributed deformations and the ratio of distributed to principal deformations as a function of distance from strike. These will all be discussed for both Reverse and Normal, highlighting the difference between the two mechanisms.
Session: Distributed Deformation from Surface Fault Rupture
Type: Oral
Room: Regency A-C
Date: 4/22/2022
Presentation Time: 08:00 AM Pacific
Presenting Author: Robb Moss
Student Presenter: No
Additional Authors
Robb Moss Presenting Author Corresponding Author rmoss@calpoly.edu California Polytechnic State University |
Stephen Thompson thompson@lettisci.com Lettis Consultants International |
Chun-Hsiang Kuo chkuo@ncu.edu.tw National Central University |
kourosh Younesi k.younesi@gmail.com Science and Research Branch of Azad University |
Shu-Hzien Chao shchao@narlabs.org.tw National Center for Research on Earthquake Engineering (NCREE) |
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Distributed Deformations for Dip Slip Events Within PFDHA
Category
Distributed Deformation from Surface Fault Rupture
Description