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- Title
OpenSees Three-Dimensional Computational Modeling of Ground-Structure Systems and Liquefaction Scenarios.
- Authors
Zhijian Qiu; Jinchi Lu; Elgamal, Ahmed; Lei Su; Ning Wang; Almutairi, Abdullah
- Abstract
The OpenSees computational platform has allowed unprecedented opportunities for conducting seismic nonlinear soil-structure interaction simulations. On the geotechnical side, capabilities such as coupled solid-fluid formulations and nonlinear incremental-plasticity approaches allow for representation of the involved dynamic/seismic responses. This paper presents recent research that facilitated such endeavors in terms of response of ground-foundation-structure systems using advanced material modeling techniques and high-performance computing resources. Representative numerical results are shown for large-scale soil-structure systems, and ground modification liquefaction countermeasures. In addition, graphical user interface enabling tools for routine usage of such 3D simulation environments are presented, as an important element in support of wider adoption and practical applications. In this context, Performance-Based Earthquake Engineering (PBEE) analysis of bridge-ground systems is highlighted as an important topical application.
- Subjects
COMPUTER simulation of seismic response; SOIL structure; SOIL liquefaction; GRAPHICAL user interfaces; NUMERICAL analysis
- Publication
CMES-Computer Modeling in Engineering & Sciences, 2019, Vol 120, Issue 3, p629
- ISSN
1526-1492
- Publication type
Article
- DOI
10.32604/cmes.2019.05759