Call for Papers: Special Issue on Hydraulic Rock Mechanics and Engineering: Recent Advances and Applications

Pubdate: 2024-12-06  Viewed: 2392

 

Guest Editors: 

Dr. Jiawen Zhou (Sichuan University, China)
jwzhou@scu.edu.cn

Dr. Yaoru Liu (Tsinghua University, China)
liuyaoru@tsinghua.edu.cn

Dr. Huanling Wang (Hohai University, China)
wanghuanling@hhu.edu.cn

 

Recent advancements in rock mechanics for hydropower engineering have highlighted the critical importance of understanding rock mass behavior under complex geological and engineering conditions. From high-dam foundations to ultra-long underground tunnels, the integration of state-of-the-art experimental techniques, cutting-edge numerical modelling, and real-time monitoring technologies has become pivotal for addressing the multifaceted challenges of modern hydropower and hydroelectric projects.

 

Innovations such as digital twin technology, AI-driven predictive modelling, and big data analytics are redefining the traditional paradigm, enabling more efficient, resilient, and sustainable designs while enhancing current disaster prevention and mitigation strategies. Meanwhile, new materials, methods, and equipment are pushing the boundaries of what is achievable in rock mechanics, offering robust solutions for high slopes, deep caverns, and other critical infrastructure.

 

In line with the themes of the 9th Hydraulic Rock Mechanics Conference (https://www.hrmc2025.com/), to be held at Chengdu on 9–11 May 2025, we are pleased to invite submissions for a Special Issue of Journal of Rock Mechanics and Geotechnical Engineering. This symposium aims to showcase the latest research, interdisciplinary approaches, and technological breakthroughs that bridge the gap between micro-scale rock mass properties and their macro-scale engineering applications in hydropower and hydroelectric projects.

 

Topics of Interest

We welcome submissions on (but not limited to) the following topics:

  • Rock Mechanics in Major Hydraulic and Hydropower Engineering
    Key issues and challenges related to rock mechanics in large-scale hydraulic and hydropower projects, including rock mass behavior, stability analysis, and design considerations.
  • Rock Mechanics for High-Dam Foundations
    Rock mechanics considerations in the foundation design and stability analysis of high dams, focusing on rock mass properties, load distribution, and potential failure modes.
  • Rock Mechanics for High-Steep Slopes and Landslides
    Analysis and design methods for high-steep slopes and landslides, including stability evaluation, dynamical process simulations, and reinforcement and mitigation measures.
  • Rock Mechanics in Ultra-Large Deep Underground Caverns
    Addressing rock mechanics issues in the construction of large, deep underground chambers, including thermal, mechanical, and hydrological impacts on rock mass behavior.
  • Applications of Artificial Intelligence and Big Data in Rock Mechanics and Rock Engineering
    The use of AI, machine learning, and big data to enhance the analysis, prediction, and optimization of rock mechanics processes in hydraulic and hydropower projects.
  • New Methods, Technologies, Materials, and Equipment in Rock Mechanics and Rock Engineering
    Innovations in rock mechanics methodologies, technologies, materials, and equipment aimed at improving the efficiency and safety of hydraulic and hydropower projects.

 

Submission and Participation

While we strongly encourage participants of the 9th Hydraulic Rock Mechanics Conference to submit manuscripts inspired by the event’s discussions, contributions are also welcome from all researchers working in related fields. This special issue seeks to provide a dynamic platform for advancing knowledge, fostering innovation, and inspiring cross-disciplinary collaboration to address pressing challenges in hydraulic rock mechanics and rock engineering.

 

Instructions for Authors

Manuscripts can be submitted via the journal website, and please do not forget to select the special issue HRMC2025 when you select the article type as follows:

 

Submission Deadline: 31 May 2025

For more information about this special issue or enquiries regarding submission, please contact Dr. Jiawen Zhou [jwzhou@scu.edu.cn].

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