Discrete Element Modeling of a Subduction Zone with a Seafloor Irregularity and its Impact on the Seismic Cycle
Discrete Element Modeling of a Subduction Zone with a Seafloor Irregularity and its Impact on the Seismic Cycle
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discrete element modeling/subduction zone/megathrust/splay/backthrust faults/seamount/MentawaiKey words
discrete element modeling/subduction zone/megathrust/splay/backthrust faults/seamount/Mentawai引用本文复制引用
JIAO Liqing,CHAN Chung-Han,Luc SCHOLTèS,Aurélia HUBERT-FERRARI,Frédéric-Victor DONZé,Paul TAPPONNIER..Discrete Element Modeling of a Subduction Zone with a Seafloor Irregularity and its Impact on the Seismic Cycle[J].地质学报(英文版),2022,96(3):776-790,15.基金项目
We thank Professor Sylvain Barbot for the extremely helpful comments and suggestions.Paul Tapponnier is grateful to the Asian School of the Environment(ASE)for allowing him to complete this work by extending his contract at NTU for one year and a half.This work is Earth Observatory of Singapore contribution(No.M4430217.B50.706022)and the Ministry of Science and Technology(Grant Nos.MOST 109-2116-M-008-029-MY3,MOST 110-2124-M-002-008,and MOST 110-2634-F-008-008).We note that there are no data sharing issues in the paper since all of the numerical information has been provided in the table and figures.Jiao Liqing carried out the simulations and prepared the manuscript.Chan Chung-Han contributed to the result interpretation,wrote manuscript,and administrate project.Luc Scholtès assisted in the development of the methodology and revised the manuscript.Aurélia Hubert-Ferrari contributed ideas and edited the manuscript.Frédéric-Victor Donzé contributed on the development of the methodology.Paul Tapponnier leaded the funding acquisition. (ASE)