Investigation of Asymmetric Failure Mechanism in Perforated Soft Rock Under Coupled Dynamic–Static Loads: Multiscale Insights into Cavity-Induced Dynamic Responses | Synapse
March 3, 2026
Investigation of Asymmetric Failure Mechanism in Perforated Soft Rock Under Coupled Dynamic–Static Loads: Multiscale Insights into Cavity-Induced Dynamic Responses
Key Points
Asymmetric failure mechanism governs dynamic responses in perforated soft rock under loads, highlighting structural vulnerabilities.
Key findings indicate that dynamic responses can vary significantly due to cavity effects within the rock.
Multiscale insights explore the influence of coupled dynamic-static loads on failure mechanisms in soft rock formations.
This work suggests that understanding these mechanisms could improve safety and design in geotechnical engineering applications.