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Bond length and interface failure mechanism of anchor cable under continuous radial pressure conditions

Authors: Jian Ouyang; Xiuzhi Shi; Xianyang Qiu; Zongguo Zhang; Zeyu Li

DOI: 10.1016/j.ijmst.2025.01.001Status: Verified Translated Edition
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Key Findings in This Report

• The ultimate pull-out force increases with bonding length in three stages: rapid, slow, and uniform growth. • A new mechanical model quantifies the reinforcing effect of confining pressure on anchoring force and describes the inverse relationship between radial pressure and plastic zone size. • Failure crack initiation during pull-out occurs in the order of orifice, bottom, and middle of the hole, with radial pressure inhibiting resin cracking but creating an external crushing zone. • The synergistic effect between bonding length and radial pressure was validated through industrial tests, ensuring stope roof stability in deep high-stress mines.