BFRP Bond durability in chloride-exposed Concrete : Structured Extraction Dataset and Audit Materials

This dataset contains the structured extraction database and audit materials supporting the State-of-the-Art Review entitled “From Bond Durability Evidence to Design Qualification: A Critical Review and Covariance-Aware Synthesis of BFRP Bars in Chloride-Exposed Concrete.” The current extractable quantitative core comprises 11 independent Study_ID values, 18 linked quantitative reports, and 137 unique bond-durability effects, including 116 V1 weighted effects and 21 V3 descriptive effects. The dataset records conditioned-to-reference bond-retention ratios (Rb), logarithmic effect sizes, variance information where available, shared-reference dependence, study/report/product/experiment identifiers, failure-event information, exposure conditions, and source metadata required for auditability. A fixed random sample of 35 of 137 quantitative effects (25.5%) was subjected to a secondary internal re-audit. Bond-retention ratios and logarithmic effects were recomputed, V1 sampling variances were independently recalculated from stored group-level statistics, and identifier linkages were checked. No critical arithmetic or identifier-linkage inconsistency was identified in the sampled records. This procedure was an internal re-audit and does not constitute duplicate independent human screening or independent human primary-source verification. The dataset is intended to support transparent evidence synthesis and future research on the durability and design qualification of basalt fiber-reinforced polymer (BFRP) reinforcement in chloride-exposed concrete. The pooled retention estimate reported in the associated manuscript is not a design reduction factor, and this dataset does not propose a numerical bond-specific environmental reduction factor. Copyrighted source-article full texts are not redistributed. Source publications remain subject to their original copyright and access conditions. DOI: 10.5281/zenodo.21627011