Aligned with
This conference contributes to global sustainability by aligning its research discussions and academic sessions with key United Nations Sustainable Development Goals. It fosters knowledge exchange, innovation, and collaborative engagement.
This track focuses on recent developments in structural geology, emphasizing innovative methodologies and technologies. Participants will explore how these advancements enhance our understanding of geological structures and processes.
This session examines the principles of fracture mechanics as applied to geological materials. Discussions will include the implications of fracture behavior on rock stability and resource extraction.
This track investigates the complex dynamics of fault zones, including their formation and evolution. Presentations will highlight techniques for characterizing fault zones and their implications for seismic activity.
This session delves into the various mechanisms of rock deformation under different stress conditions. Researchers will present findings on brittle and ductile deformation processes and their geological significance.
This track explores the role of stress fields in shaping geological structures and influencing tectonic activity. Contributions will focus on the interplay between tectonic forces and structural responses in the Earth's crust.
This session emphasizes the importance of microstructural analysis in understanding rock behavior and evolution. Participants will discuss techniques for analyzing microstructures and their implications for larger-scale geological processes.
This track addresses the mechanisms of fault propagation and its relationship with seismic events. Presentations will cover modeling approaches and case studies that illustrate the complexities of fault behavior.
This session focuses on the formation and characteristics of shear zones in various geological settings. Discussions will include their role in tectonic processes and implications for resource exploration.
This track investigates the processes governing fracture propagation in different rock types. Researchers will present studies on how these processes affect rock stability and engineering applications.
This session explores the significance of joint systems in structural geology and their role in subsurface mapping. Participants will share methodologies for effectively mapping and interpreting joint systems.
This track examines the techniques and applications of strain analysis in geological research. Presentations will highlight how strain data can inform our understanding of geological history and processes.
