The 2026 International Conference on Geodynamics, Rock Mechanics and Earthquake Engineering (ICGRE2026) will take place in Wuhan, China from December 26 to 27, 2026. Centering on geodynamics, rock mechanics and earthquake engineering, this high-level international academic conference features keynote lectures, parallel sessions and poster presentations. It strives to build an interdisciplinary global exchange platform to gather distinguished scholars and engineering professionals worldwide for in-depth discussions on crustal evolution, rock mechanical properties, seismic disaster prevention and other hot topics. The conference aims to promote academic innovation, strengthen international cooperation, and provide solid theoretical support and practical technical strategies for major engineering safety, geological disaster mitigation and urban seismic resilience construction. All accepted papers will be submitted to SCI/EI Journals Publication.All accepted papers will be submitted to SCI/EI Journals Publication.
Advanced Science and Engineering Technology Instutute (ASET) is in cooperation with Civil Engineering and Structural Durability, an international journal indexed by EI (JA). This series will call for 50 papers to be published by EI journal.Authors should submit only papers that have been carefully proofread and polished. Manuscripts are accepted with the understanding that they are original or extended version of previously published papers in conferences and/or journals and that, if the work received an official sponsorship, it has been duly released for open publication.This will ensure fast processing and publication. Any papers not fulfilling the requirements based on the guideline to authors will not be processed.
2026年地质动力学、岩石力学与地震工程国际学术会议 (ICGRE2026), 定于2026年12月26-27日在中国武汉举办，将设置主旨报告、专题分会、海报展示等多元交流形式，助力参会者拓展学术视野、对接合作资源，推动地质与地震工程领域的高质量发展。 ICGRE2026 聚焦地质动力学、岩石力学与地震工程三大核心领域的高层次国际学术盛会； 旨在搭建跨学科、跨地域的学术交流与成果转化平台，汇聚全球顶尖学者、工程专家与行业实践者，围绕地壳演化、岩石力学特性、地震灾害防控等前沿议题，开展深度研讨与技术交流，推动相关学科的融合创新，为全球重大工程安全、地质灾害防治、城市抗震韧性建设提供理论支撑与技术方案。本次投稿录用的所有论文将推荐至EI期刊正刊出版, 检索类型JA; 部分高质量文章直接推荐至相关SCI期刊出版.（具体期刊信息、注册费用和出版时间在您投稿后有详细的邮件信息回复您）
SCI期刊信息查询Web: https://www.sciweb.cn/index.php/journal-search/
Countdown
Important Dates
Paper submission deadline:
July 30, 2026 (EI&SCI期刊)
Paper acceptance notification:
Sep. 30, 2026 (EI&SCI期刊)
Author Registration deadline:
Oct. 30, 2026 (EI&SCI期刊)
Conference dates:
Dec 26-37, 2026
Publication Guidelines
I. Conference Proceedings Publication
Accepted full papers will be published in ICGRE2026 conference proceedings in Springer book series: Springer Series in Geomechanics and Geoengineering (Electronic ISSN: 1866-8763, Print ISSN:1866-8755), this series is indexed in SCOPUS and EI Compendex database.
II. Selected Journals Papers (SCI Journals)
The conference additionally calls for excellent papers, which will be strictly reviewed in accordance with the requirements of SCI journal papers and selectively recommended for publication in the following international SCI journals (matching the corresponding journals according to the theme and quality of the papers). Some of the journals are listed as below:
Journal 1: Journal of Civil Engineering and Management (ISSN: 1392-3730, IF: 4.3)
Journal 2: Buildings (ISSN: 2075-5309, IF: 3.8)
Journal 3: Journal of Materials in Civil Engineering (ISSN: 0899-1561, IF: 3.2)
Journal 4: KSCE Journal of Civil Engineering (ISSN: 1226-7988, IF: 2.2)
Journal 5: International Journal of Civil Engineering (ISSN: 1735-0522, IF: 1.7)
Journal 6: Journal Structural Engineering International (ISSN: 1016-8664, IF: 1.1)
Journal 9: Earthquake Engineering and Engineering Vibration (ISSN: 1671-3664 IF: 3.3)
Journal 7: Chinese Journal of Rock Mechanics and Engineering (ISSN :1000-6915)
Journal 8: Geotectonica et Metallogenia (ISSN: 1001-1552)
Invited Speakers
Prof. Marcellina Chijoriga，Bill and Melinda Foundation,University of Dar es Salaam(UDSM)
Assoc. Prof. X.G Zhou, University of Science and Technology Beijing,China
Prof. Mazeyar Parvinzadeh Gashti, Département de Chimie, Université Laval, Canada
Prof. Ph.D. Eng. Lv X. L College of Machinery & Automotive Engineering,Chuzhou University,China
Assoc. Prof. X.Y Hu, School of Mechanical Engineering, Hubei University of Technology, Wuhan, China
Alex Lyatonga Mrema, University of Dar es Salaam(UDSM), Dept.of Structural and Construction Engineering
Mr. Wang(微信公众号：aset2012)
QQ: 75986686
027-88189858 周一至周五（上午09:00-下午17:30）
+86-15972196066 (微信同号)
Submission Email: iccssei@163.com
To ensure the quality of the papers, all submissions should be full, original and unpublished and not be submitted for consideration or publication elsewhere. All submissions would be peer reviewed for the quality, originality and relevance to the event by the organizing committee. All submissions should not be less than 10 pages and submitted in Word or PDF with the template to iccssei@163.com.
欢迎广大学者新老作者积极投稿，欢迎广大社会工作者、教育工作者 、研究生、博士生积极提交论文，对于提交论文我们将组织专家及时审稿，并在1周之内给予是否录用答复。
The multiple topics of interest include, but are not limited to: The aim of ICGRE 2026 is to provide a platform for researchers, engineers, academicians as well as industrial professionals from all over the world to present their research results and development activities in Structural Engineering in Civil Engineering. It provides opportunities for the delegates to exchange new ideas and application experiences, to establish business or research relations and to find global partners for future collaboration. Papers Submission Email：iccssei@163.com
(一) 地质动力学(Geodynamics)
1.Plate tectonics, mantle convection and lithosphere dynamics
板块构造、地幔对流与岩石圈动力学
2.Orogeny, basin evolution and basin–mountain coupling
造山带、盆地演化与盆山耦合机制
3.Fault motion, tectonic deformation and stress field evolution
断层活动、构造变形与应力场演化
4.Crust–mantle interaction and deep Earth processes
地壳 — 地幔相互作用与深部过程
5.Neotectonics, active tectonics and earthquake generation
新构造运动、活动构造与地震孕育机理
6.Geodynamic numerical simulation and physical modeling
地球动力学数值模拟与物理实验
(二) 岩石力学(Rock Mechanics)
9.Fundamental mechanical properties and constitutive models of rocks/rock
岩石 / 岩体基本力学特性与本构关系
10.Deep rock mass mechanics, high in-situ stress and rockburst mechanism
深部岩体力学、高地应力与岩爆机理
11.Fractured rock mass, joint network and hydro-mechanical coupling
裂隙岩体、节理网络与渗流 — 应力耦合
12.Soft rock engineering, large deformation and long-term stability
软岩工程、大变形与长期稳定性
13.Rock dynamics, blasting and impact loading response
岩石动力学、爆破与冲击荷载响应
14.Intelligent rock mechanics: AI, big data and digital twin
智能岩石力学：AI、大数据与数字孪生
(三) 地震工程 (Earthquake Engineering)
17.Ground motion characteristics, strong motion observation and seismic hazard analysis
地震动特性、强震观测与地震危险性分析
18.Site effects, basin effects and local site amplification
工程场地效应、盆地效应与局部场地放大
19.Structural seismic resistance, isolation and energy dissipation
结构抗震、减隔震与消能减震技术
20.Geotechnical earthquake engineering, liquefaction and seismic slope stability
岩土地震工程、液化与边坡地震稳定性
21.Lifeline engineering, critical infrastructure seismic resilience
生命线工程、重大基础设施抗震与韧性
22.Seismic damage assessment, post-earthquake recovery and disaster mitigation
震害评估、灾后恢复与抗震减灾策略
(四) 交叉前沿与工程应用 (Interdisciplinary Frontiers & Applications)
25.Geo-mechano-seismic multi-field coupling and disaster chains
地质 — 力学 — 地震多场耦合灾害链机理
26.Safety of deep underground, marine, high dam and tunnel projects
深地、深海、高坝与隧道工程安全
27.Urban seismic resilience, underground space and disaster planning
城市抗震韧性、地下空间与防灾规划
28.Monitoring and early warning, intelligent sensing and automatic control
监测预警、智能感知与自动化防控
29.Climate change, human activity and geological disaster risk
气候变化、人类活动与地质灾害风险
