岩土力学与工程安全全国重点实验室

2026年度开放基金申请指南

岩土力学与工程安全全国重点实验室（以下简称“实验室”）依托单位为中国科学院武汉岩土力学研究所。实验室面向国家发展战略和重大工程安全建设与运维需求，聚焦岩土工程灾变防控机制、地下空间利用与安全运维、近海岩土工程建造与服役等主攻方向，持续开展复杂极端环境下岩土力学理论创新和岩土工程关键技术突破。实验室实行“开放、流动、联合、竞争”的运行机制，致力于建设本领域国际一流的研究平台，为促进国内外学术交流与合作，特制定2026年度开放基金申请指南。

一、开放基金重点支持方向

1.岩土工程灾变防控机制

围绕复杂环境下深部工程、路基工程、边坡工程等重大工程岩土体多尺度灾变机制与防控需求，重点研究：1）复杂环境岩土体灾变过程物理模拟和声光电一体化高精度测试技术；2）工程扰动下岩土体结构、状态与行为的演变机制，多场多相耦合下岩土体灾变力学模型与理论；3）重大工程灾害智能预警与全寿命周期安全防控技术等。

2.地下空间利用与安全运维

面向地下储能、储碳、储废等储质工程安全的国家重大需求，重点研究：1）储质地质条件探测评价技术与地下储质库关键运行参数仿真设计方法；2）复杂地质条件下大型地下储能硐室高质量建造技术、密封结构完整性及围岩时空响应特征；3）地下储质库泄漏风险监测预警、连锁失效孕灾机制及基于多源信息融合的智慧运维技术与系统等。

3.近海岩土工程建造与服役

针对近海、岛礁等重大岩土工程建造与长期安全服役问题，重点研究：1）海底地层智能探测与原位测试技术，极端海洋环境下水-土-结构物耦合作用的物理模拟与数值仿真；2）海洋岩土介质多尺度表征模型与多相界面力学分析理论；3）近海桩基工程长期服役性能监测与预测技术，海洋地质灾害智慧监测与应急处置平台等。

4.岩土力学与工程前沿交叉研究

聚焦深地、深海、深空等极端环境下的岩土力学与工程前沿交叉学科问题，重点研究：1）深空岩土力学探测与地外资源开发利用、极区岩土工程关键技术；2）AI赋能岩土力学与工程理论与方法；3）“三深”极端环境下岩土力学跨尺度分析理论和岩土工程防护修复新材料、新技术等。

二、课题经费

每项课题资助金额为8-15万元，用于科研业务费、材料费、差旅费等研究支出。经费使用须符合实验室管理办法。

三、相关规定要求

1.  申请人须为中国科学院武汉岩土力学研究所以外的科研人员，并具备博士学位或中级及以上职称；

2.  经费专款专用，执行期一般为2年，原则上不外拨；

3.  禁止同一课题重复申报其他机构项目；

4.  申请人需联合实验室科研人员申报，以确保研究的可行性和持续性，鼓励高校、企业及国际团队跨单位合作；

5.  实验室科研人员参与实验室开放基金在研项目的，在项目结题前一般不作为参与人申报新项目。

四、申请截止时间

2026年11月20日。

申请人须下载最新版申请书（官网地址：http://www.sklgges.cas.cn/kfjl/kfjj/wjxz/），填写后附相关证明材料（如学历证书、成果证明等），由所在单位盖章审核。将签章PDF文件发送至邮箱 LRSM@whrsm.ac.cn，收到回复即为投递成功，无需提交纸质版。

五、成果署名及标注

受资助成果须注明：“中国科学院武汉岩土力学研究所，岩土力学与工程安全全国重点实验室开放课题（SKLGGES-编号）资助。英文标注为：Supported by Open Fund of State Key Laboratory of Geomechanics and Geotechnical Engineering Safety, Institute of Rock and Soil Mechanics, Chinese Academy of Sciences（SKLGGES-编号）。

六、联系方式

邮箱：LRSM@whrsm.ac.cn，rcai@whrsm.ac.cn

地址：湖北省武汉市武昌区小洪山2号中国科学院武汉岩土力学研究所

邮编：430071

State Key Laboratory of Geomechanics and Geotechnical Engineering Safety

2026 Open Fund Application Guidelines

The State Key Laboratory of Geomechanics and Geotechnical Engineering Safety (hereinafter referred to as “the Laboratory”) is hosted by the Institute of Rock and Soil Mechanics, Chinese Academy of Sciences. Guided by national development strategies and the safety needs of major engineering projects throughout construction, operation, and maintenance, the Laboratory focuses on three main research areas: geotechnical disaster prevention and control, underground space utilization and safe operation and maintenance, and the construction and in-service performance of offshore geotechnical works. It advances geomechanical theory and develops key geotechnical engineering technologies for complex and extreme environments.

The Laboratory operates under the principles of “openness, mobility, collaboration, and competition.” It is committed to building a world-class research platform in this field. To promote academic exchange and collaboration in China and abroad, the Laboratory hereby issues the 2026 Open Fund Application Guidelines.

I. Priority Research Areas

1. Mechanisms for Geotechnical Disaster Prevention and Control

This area focuses on the multiscale catastrophic failure mechanisms of rock and soil masses in major engineering projects under complex conditions. These projects include deep underground works, subgrade works, and slope works. Priority topics include:

1. Physical modeling of catastrophic failure processes in rock and soil masses under complex conditions, and integrated high-precision acoustic, optical, and electrical testing technologies.
2. Evolution mechanisms of the structure, state, and behavior of rock and soil masses under engineering disturbances; mechanical models and theories for catastrophic failure under multiphysics and multiphase coupling.
3. Intelligent early-warning systems for major engineering hazards, and life-cycle safety prevention and control technologies.

2. Underground Space Utilization and Safe Operation and Maintenance

This area addresses major national needs for the safety of underground energy storage, carbon storage, and waste storage projects. Priority topics include:

1. Technologies for investigating and assessing geological conditions for underground storage, and simulation-based design methods for key operating parameters of underground storage facilities.
2. Technologies for the high-quality construction of large underground energy-storage caverns under complex geological conditions; integrity of sealing structures; and the spatiotemporal response of surrounding rock.
3. Leakage-risk monitoring and early warning for underground storage facilities; disaster-triggering      mechanisms of cascading failures; and intelligent operation and maintenance technologies and systems based on multisource information fusion.

3. Construction and In-Service Performance of Offshore Geotechnical Engineering

This area addresses the construction and long-term safe performance of major geotechnical works in offshore waters and on islands and reefs. Priority topics include:

1. Intelligent investigation of seabed formations and in situ testing technologies;  physical modeling and numerical simulation of water-soil-structure interaction under extreme marine conditions.
2. Multiscale characterization models for marine geomaterials, and theories for the mechanical analysis of multiphase interfaces.
3. Technologies for monitoring and predicting the long-term performance of offshore pile foundations; intelligent monitoring and emergency response platforms for marine geohazards.

4. Frontier and Interdisciplinary Research in Geomechanics and Geotechnical Engineering

This area focuses on frontier and interdisciplinary problems in geomechanics and geotechnical engineering under extreme deep-Earth, deep-sea, and deep-space conditions. Priority topics include:

1. Geomechanics for deep-space exploration and the development and utilization of extraterrestrial resources; key technologies for geotechnical engineering in polar regions.
2. AI-enabled theories and methods for geomechanics and geotechnical engineering.
3. Cross-scale analysis theories for geomechanics under the extreme conditions of the deep Earth, deep sea, and deep space; new materials and technologies for geotechnical protection and remediation.

II. Project Funding

Each approved project will receive RMB 80,000 to RMB 150,000. The funds may be used for research operating costs, material costs, travel costs, and other research-related expenses. All expenditures must comply with the Laboratory’s management regulations.

III. Application Requirements

1. Applicants must be researchers from institutions other than the Institute of Rock and Soil Mechanics, Chinese Academy of Sciences. They must hold a doctoral degree or a mid-level or higher professional title.
2. The funds must be used exclusively for the approved project. The project period is normally two years. In principle, the funds will not be transferred to external institutions.
3. Applicants may not submit the same project to funding programs administered by other institutions.
4. Applicants must submit a joint application with a researcher from the Laboratory. This requirement helps ensure the feasibility and continuity of the proposed research. Cross-institutional collaboration among universities, enterprises, and international teams is encouraged.
5. A Laboratory researcher who is participating in an ongoing Open Fund project should normally not be listed as a participant in a new application before the current project is completed.

IV. Application Deadline

November 20, 2026

Applicants must download the latest application form from the Laboratory’s official website: http://www.sklgges.cas.cn/kfjl/kfjj/wjxz/.

The completed application must include relevant supporting documents, such as degree certificates and evidence of research achievements. The application must be reviewed and officially stamped by the applicant’s institution. A signed and stamped PDF file must be sent to LRSM@whrsm.ac.cn.

The application will be considered successfully submitted upon receipt of a confirmation reply. No paper copy is required.

V. Attribution and Funding Acknowledgment

In principle, each project funded by the Laboratory’s Open Fund must publish at least one SCI-indexed paper in a journal ranked JCR Q3 or higher (Q1-Q3). The Principal Investigator must be the first author, and the Laboratory must be listed as the first institutional affiliation. Laboratory-affiliated permanent staff, graduate students, postdoctoral fellows, and other personnel may not be listed as the first author.

All publications and other research outputs arising from the funded project must include the following acknowledgment:

“Supported by Open Fund of State Key Laboratory of Geomechanics and Geotechnical Engineering Safety, Institute of Rock and Soil Mechanics, Chinese Academy of Sciences (SKLGGES2026-[Project No.]).”

VI. Contact Information

Email: LRSM@whrsm.ac.cn，rcai@whrsm.ac.cn

Address: Institute of Rock and Soil Mechanics, Chinese Academy of Sciences, No. 2 Xiaohongshan, Wuchang District, Wuhan, Hubei Province, China

Postal Code: 430071