Geomechanics and Geoengineering

期刊简介：Geomechanics is concerned with the application of the principle of mechanics to earth-materials (namely geo-material). Geoengineering covers a wide range of engineering disciplines related to geo-materials, such as foundation engineering, slope engineering, tunneling, rock engineering, engineering geology and geo-environmental engineering. Geomechanics and Geoengineering is a major publication channel for research in the areas of soil and rock mechanics, geotechnical and geological engineering, engineering geology, geo-environmental engineering and all geo-material related engineering and science disciplines. The Journal provides an international forum for the exchange of innovative ideas, fostering collaboration among researchers worldwide. The Journal welcomes papers concerned with any aspect of geomechanics and geoengineering, including material behaviour, analysis procedures, design and construction. It invites contributions in the following forms: practioners’ detailed records of construction and performance (case studies), academic research studies, state-of-the-art reviews by invited authors, symposia in print, technical notes and discussions. Submissions from all parts of the world are encouraged, with a focus on publishing impactful and high-quality research across the globe. Emerging Topics of Interest In addition to traditional topics, Geomechanics and Geoengineering also welcomes cutting-edge research in the following emerging areas: Artificial Intelligence (AI) in Geotechnical Engineering : Exploration of AI techniques to improve design, analysis, and optimisation in geotechnical applications. Machine Learning (ML) Applications : Research on how machine learning methods can be applied to predict geo-material behaviour, optimise geo-construction processes, and enhance decision-making in geoengineering. Physics-Informed Machine Learning (PIML) : Advances in combining physical principles with machine learning to improve the modelling and prediction of geotechnical systems, accounting for complex, non-linear material behaviour and environmental factors. Biogeotechnics : Research on the interaction between biological processes and geotechnical engineering, such as the use of bio-based materials for soil stabilisation and remediation. Climate Resilient Geotechnics : Studies on the adaptation and mitigation strategies for geotechnical engineering in response to climate change, including resilient infrastructure, flood management, and soil-structure interactions under changing environmental conditions. All published research articles in this journal have undergone rigorous single anonymized peer review, based on initial editor screening and anonymous refereeing by independent expert referees. All submissions are to be made online using the journal's Submission Portal.

【译文】地质力学涉及力学原理在地球材料（即岩土材料）上的应用。岩土工程涵盖了与岩土材料相关的广泛工程学科，如基础工程、边坡工程、隧道工程、岩石工程、工程地质和地质环境工程等。 《岩土力学与地质工程》是土壤与岩石力学、岩土工程与地质工程、工程地质学、地质环境工程以及所有与岩土材料相关的工程和科学学科领域研究的主要出版渠道。该杂志为交流创新思想提供了一个国际论坛，促进世界各地研究人员之间的合作。该杂志欢迎与地质力学和地球工程任何方面有关的论文，包括材料行为、分析程序、设计和施工。它邀请以下形式的贡献：从业者的构造和性能的详细记录（案例研究）、学术研究、受邀作者的最新评论、印刷版研讨会、技术说明和讨论。我们鼓励世界各地提交论文，重点是在全球范围内发表有影响力的高质量研究成果。感兴趣的新兴主题除了传统主题外，岩土力学和岩土工程还欢迎以下新兴领域的前沿研究：岩土工程中的人工智能（AI）：探索人工智能技术以改进岩土工程应用中的设计、分析和优化。机器学习 (ML) 应用：研究如何应用机器学习方法来预测地质材料行为、优化地质施工过程并增强地球工程决策。物理信息机器学习 (PIML)：将物理原理与机器学习相结合的进展，以改进岩土系统的建模和预测，考虑复杂的非线性材料行为和环境因素。生物岩土工程：研究生物过程和岩土工程之间的相互作用，例如使用生物基材料进行土壤稳定和修复。气候弹性岩土工程：研究岩土工程应对气候变化的适应和缓解策略，包括弹性基础设施、洪水管理和不断变化的环境条件下的土壤-结构相互作用。该期刊上所有发表的研究文章都经过了严格的单一匿名同行评审，该评审基于最初的编辑筛选和独立专家审稿人的匿名审稿。所有提交均应使用期刊的提交门户在线提交。