Earthq Eng Struct Dyn特刊征稿《地震工程中的AI与数据驱动方法》

课题组陆新征课题组

2022年03月29日 21:00

Earthquake Engineering & Structural Dynamics最新特刊《地震工程中的AI与数据驱动方法》开始征稿。投稿截止日期为2022年9月30日。

特刊简介

特刊主题为《地震工程中的AI与数据驱动方法》(AI and Data-driven Methods in Earthquake Engineering)，旨在整合与呈现地震工程领域AI技术的最新研究进展。具体而言，本特刊面向地震动模拟、岩土地震工程、结构分析、抗震设计、多灾害（包含地震）研究等领域中，创新性的AI与数据驱动方法研究，以及耦合AI和物理驱动方法的相关研究。

以下研究主题可供参考：

• AI-based ground motion simulation and analysis

• Novel AI methods for geotechnical earthquake engineering

• AI-based method for nonlinear structural dynamic analysis

• Novel AI methods for seismic risk assessment, quantification of resilience, loss estimation, and lifetime considerations for buildings, other structures, and community systems

• Structural seismic design and optimization methods using AI

• Novel AI applications to multi-hazard engineering that includes earthquakes and other hazards (wind, tsunami, storm surge, fire, blast, impact, etc.)

该特刊征稿通过Wiley online system进行。

更多信息可以参考：https://onlinelibrary.wiley.com/journal/10969845。

投稿截止时间为2022年9月30日。

Guest Editors

陆新征

清华大学土木工程系教授

EESD Advisory Editorial Board Member

Henry Burton

加州大学洛杉矶分校（UCLA）

土木与环境工程学院副教授

期刊简介

期刊主页：https://onlinelibrary.wiley.com/journal/10969845

Earthquake Engineering & Structural Dynamics是世界地震工程学会会刊、土木工程领域JCR Q1期刊（最新影响因子4.430），主编为中岛正爱（Masayoshi Nakashima）教授。该刊在地震工程领域享有盛誉。主要发表与地震工程和结构动力学相关的研究工作，包括以下方向：

1. Ground motions for analysis and design

2. Geotechnical earthquake engineering, including wave propagation, dynamic interaction, and underground structures

3. Probabilistic and deterministic methods of dynamic analysis

4. Experimental and computational simulation of dynamic effects on structures, including validation and verification in seismic simulation

5. Seismic protective systems, including seismic isolation systems, damping systems, new structural systems, adaptive and active systems

6. Earthquake health monitoring and sensors

7. Seismic code requirements, development, and evaluation

8. Methods for earthquake‐resistant design and retrofit of structures

9. Seismic risk assessment, quantification of resilience, and lifetime considerations for buildings, other structures, and community systems

10. Multi-hazard engineering that includes earthquakes and other hazards (wind, tsunami, storm surge, fire, blast, impact, etc.)

11. Enhanced seismic design emphasizing damage minimization, repairability, functional recovery, etc.

12. Seismic behavior, modelling and dynamic analysis of non-structural elements

13. Data-driven methods in earthquake engineering

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