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Scenario-Based Simulation of Seismic Activity Patterns by Cellular Automaton

Nakajima, Masato / Yamamoto, Kosuke

This study examines the adaptability of a scenario-based simulation for estimating seismic activity patterns. In order to solve the problems with our scenarios, we utilize the Cellular Automaton (CA) Method which introduces engineering judgements into local intercell relations on grid structures. Our proposed method is applied to cases where the temporal and spatial variations in earthquake occurrences are particularly complicated. Our final goal is to obtain regional features of earthquake occurrences in order to improve the accuracy of seismic hazard evaluations.

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Scenario-Based Simulation of Seismic Activity Patterns by Cellular Automaton

Nakajima, Masato / Yamamoto, Kosuke

This study examines the adaptability of a scenario-based simulation for estimating seismic activity patterns. In order to solve the problems with our scenarios, we utilize the Cellular Automaton (CA) Method which introduces engineering judgements into local intercell relations on grid structures. Our proposed method is applied to cases where the temporal and spatial variations in earthquake occurrences are particularly complicated. Our final goal is to obtain regional features of earthquake occurrences in order to improve the accuracy of seismic hazard evaluations.

Scenario-Based Simulation of Seismic Activity Patterns by Cellular Automaton

Nakajima, Masato / Yamamoto, Kosuke

This study examines the adaptability of a scenario-based simulation for estimating seismic activity patterns. In order to solve the problems with our scenarios, we utilize the Cellular Automaton (CA) Method which introduces engineering judgements into local intercell relations on grid structures. Our proposed method is applied to cases where the temporal and spatial variations in earthquake occurrences are particularly complicated. Our final goal is to obtain regional features of earthquake occurrences in order to improve the accuracy of seismic hazard evaluations.

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Title:

Scenario-Based Simulation of Seismic Activity Patterns by Cellular Automaton

Contributors:

Nakajima, Masato (author) / Yamamoto, Kosuke (author)

Conference:

Eighth International Conference on Computing in Civil and Building Engineering (ICCCBE-VIII) ; 2000 ; Stanford, California, United States

Published in:

Computing in Civil and Building Engineering (2000) ; 1334-1338

Publication date:

2000-08-04

ISBN:

DOI:

https://doi.org/10.1061/40513(279)174

Type of media:

Conference paper

Type of material:

Electronic Resource

Language:

English

Keywords:

Earthquakes , Seismic analysis , Predictions , Multimedia , Civil engineering , Simulation models , Automation , Probability , Computation , Computer applications , Models , Buildings , Computer networks

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