0. 引言
2024年已经过去了四分之三，既【2024年最值得关注的采矿岩石力学会议】之后，本文简要概述了2025年最值得关注的采矿岩石力学会议，文中的插图均来自《计算岩土力学》公众号之前的文章。
Rocscience 2025 年国际会议RIC2025将于2025年4月6日-8日在澳大利亚悉尼举行【悉尼2025年Rocscience国际会议 | 终身成就奖 Dr. Poulos】，会议主题为 "超越表象：加深对岩土工程挑战的理解"，反映了岩土工程行业不断发展的性质。主要议题如下：
(1) Rock mass characterization
(2) Soil properties and characterization
(3) Discrete fracture networks modelling and application
(4) Hydrogeology in mining and civil geotechnical engineering
(5) Coupled thermo-hydro-mechanical modelling
(6) In-situ stress measurement and estimation
(7) Rock mechanics advances in constitutive and numerical modelling
(8) Probabilistic and reliability methods
(9) Recent innovations in laboratory and field testing
(10) Advances in imaging and other emerging technologies
(11) Advances in 3D excavation modelling
(12) Applications of artificial intelligence and machine learning in geotechnical engineering
(13) Stability modelling of underground mine excavations
(14) Open pit stability analysis
(15) Stability analysis of tailings storage facilities and embankments
(16) Ground support innovations in mining
(17) Latest technologies in rock blasting and fragmentation
(18) Rock mass and excavation response to seismic events and dynamic stimulations
(19) Seismic and micro-seismic monitoring
(20) Soil improvement techniques
(21) Civil rock mechanics
(22) Soil-structure interactions
(23) Slope stability, dams and embankments
(24) Recent advances in mechanically stabilized and reinforced wall analysis and design
(25) Shallow and deep foundation analysis and design
(26) Tunnelling
(27) Liquefaction analysis
2. Santafe2025
一年一度的第59届ARMA美国岩石力学/地质力学研讨会将于2025年6月8日-11日在新墨西哥州圣达菲(Santa Fe, New Mexico)举办，重点关注岩石力学和地质力学的理论进展和创新应用研究。主要议题如下：
(1) Geomechanics in cultural heritage
(2) Tunneling and underground infrastructure
(3) Slope stability, dams, and foundations
(4) Geohazards risk assessment and mitigation
(5) Innovative laboratory and field testing
(6) Discrete fracture systems
(7) Numerical modeling of geostructures
(8) Mine-scale numerical modeling
(9) Induced seismicity and rockbursting
(10) Ground control in mining
(11) Geomechanics and geothermal resources
(12) Artificial Intelligence and data science in geomechanics
(13) Imaging technologies, non-destructive testing
(14) Relating geology and geomechanics
(15) Coupled processes in geomechanics
(16) AI, AR, and VR in geomechanics
(17) Uncertainty assessment and management
(18) Unconventional resources in geomechanics
(19) Reservoir characterization and simulation
(20) Drilling mechanics and engineering
(21) Underground storage and sequestration (CCUS, Hydrogen, waste materials)
(22) Hydraulic fracturing
3. Eurock2025
由挪威岩石力学国家组组织的Eurock 2025国际研讨会将于2025年6月16日-20日在特隆赫姆市(Trondheim)举办，会议的主题为拓展地下空间(Expanding the underground space)，主要议题如下：
(1) New Tools and Techniques
(2) Rock Support Design
(3) Rock Mass Characterization
(4) Prognosis Models in Rock Tunneling
(5) Fluid Flow in Rock Mass
(6) Ground Investigations
(7) Laboratory Testing of Rock
(8) Brittle Failure
(9) Rock Mass Monitoring
(10) Geohazards
(11) 3D modelling and Visualization
(12) Rock Mass Grouting
(13) Sustainability in Rock Engineering
4. Afrirock2025
国际岩石力学会议Afrirock 2025 将于2025年7月21日-23日在南非太阳城(Sun City)举行。采矿业一直是非洲经济的基石，因此岩石工程设计在推动非洲大陆采矿作业方面发挥着至关重要的作用。会议将重点介绍现代岩土工程数据采集技术、岩土工程分析三维可视化软件、计算机模拟、机械化等前沿技术。主要议题如下：
(1) Fracture and damage of rocks
(2) Numerical modelling
(3) Constitutive models
(4) Geotechnical data
(5) Underground rock mechanics
(6) Tunnellings
(7) Slope Stability
(8) Caving
(9) Ground support
(10) Subsidence
(11) Seismicity
(12) Geotechnical Risk
(13) Mechanisation
5. RockEng2025
由加拿大岩石力学协会 (CARMA) 组办的第23届加拿大岩石力学研讨会 RockEng 2025 将于2025年8月17日-19日在魁北克省蒙特利尔市的高等技术学院举办，RockEng 2025 的主题是“应对未来挑战的岩石力学解决方案(Rock Mechanics Solutions for Tomorrow's Challenges)”，突出强调了未来岩石工程在国家乃至国际层面的巨大机遇和艰巨任务。主要议题如下：
(1) Intact rock characterization and laboratory testing
(2) Rock mass characterization and scale effect evaluation
(3) Numerical modelling in Rock Mechanics
(4) Mining geomechanics
(5) Innovations in rock engineering and rock mechanic practices.
Mount Polley尾矿库溃坝
SSIM 2025 (International Slope Stability in Mining Conferences)的会议日期未定，目前没有新的进展，以下是SSIM 2023的论文总结：
综合上述6个即将举办的岩石力学会议的讨论议题，可以发现最高频的10个主题为：
(1) 岩体表征 (Rock mass characterization)。
(2) 数值模拟 (Numerical modeling)，主要包括离散断裂网络模拟、耦合热-水-力模拟以及概率与可靠性方法。
(3) 边坡稳定性 (Slope stability)
(4) 地下工程 (Tunneling)
(5) 人工智能在岩土工程中的应用 (Applications of artificial intelligence and machine learning in geotechnical engineering)
(6) 地质灾害 (Geohazards)
(7) 实验室和现场测试 (Laboratory and field testing)，包括原位应力测量。
(8) 地震和微震监测 (Seismic and micro-seismic monitoring)
(9) 地层与结构相互作用 (Soil-structure interactions)
(10) 地层改良技术 (Soil improvement techniques)
这些主题反映了岩土工程领域的关键研究方向和技术进展，涵盖了从基础研究到实际应用的广泛内容。
