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Unraveling nanoscale chemo-mechanical interlocking in organic-inorganic sol-gel functionalized steel fiber toward ductile cementitious composite
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DOI：10.1016/j.cemconres.2026.108333.png)
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Abstract
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• A novel sol-gel derived organic-inorganic coating is developed for superior energy dissipation at fiber-matrix interface. • The bond strength between sol-gel functionalized fiber and cementitious matrix is increased by 97.7%. • Chemo-mechanical bridging mechanism is revealed via microscale tests and molecular dynamics simulation. • The sol-gel coating promotes physical interlocking, chemical bridging, and interfacial densification.
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