Session Tracks

This track will explore innovative methodologies for characterizing rock masses, focusing on both laboratory and field techniques. Emphasis will be placed on the integration of geophysical methods and traditional rock mechanics to enhance understanding of rock properties.

This session will address the latest advancements in slope stability analysis, including both analytical and numerical approaches. Participants will discuss effective mitigation strategies for preventing slope failures in mining operations.

This track will delve into the stress-strain behavior of various rock types under different loading conditions. Presentations will highlight experimental findings and numerical modeling techniques that enhance our understanding of rock mechanics.

This session will focus on the mechanisms of rock failure, including brittle and ductile failure modes. Researchers will present predictive models that aid in understanding and anticipating rock failure in mining contexts.

This track will showcase cutting-edge developments in underground support systems, emphasizing design, materials, and application techniques. Discussions will include case studies that illustrate the effectiveness of new support technologies in enhancing mine safety.

This session will address the challenges associated with numerical modeling of rock structures, including issues of scale, material behavior, and boundary conditions. Participants will share innovative solutions and best practices in computational rock mechanics.

This track will explore the theoretical foundations and practical applications of geomechanics in the mining industry. Topics will include ground behavior analysis, rock interactions, and the implications for mine design and operation.

This session will focus on the role of fracture mechanics in understanding rock behavior and stability. Presentations will cover both theoretical approaches and practical applications in mining and geological engineering.

This track will highlight recent advancements in rock testing techniques, including both destructive and non-destructive methods. Emphasis will be placed on standardization and the importance of accurate testing for engineering applications.

This session will examine various techniques for ensuring excavation stability in mining operations. Case studies will illustrate successful strategies and the lessons learned from challenging excavation projects.

This track will explore innovative rock reinforcement methods, including new materials and technologies. Discussions will focus on their application in enhancing the stability and safety of underground structures.