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Path-independent analytical model of FRP-confined recycled brick dust concrete subjected to axial compression
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DOI：10.1016/j.conbuildmat.2026.147768.png)
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Abstract
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• 52 concrete cylinders were tested under active and passive FRP confinement. • Path-independence assumption is verified for RBDC up to 30% replacement ratio. • The inclusion of brick dust diminishes the lateral expansion of confined concrete. • A modified model shows good predictive capability for RBDC-filled FRP tubes.
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