Multiscale analysis of the entire fracture process of cemented granular materials Considering structural differences in the interlayer interfaces

Key Points

• Fracture process in cemented granular materials shows complex dynamics across scales, affecting stability.
• Key evidence indicates structural differences significantly influence interlayer interactions and fracture outcomes.
• Analysis of fracture mechanisms incorporates a multiscale framework to assess various structural interfaces.
• Findings highlight the importance of understanding fracture mechanics for improved material design and engineering.