Title: Methodology for the Efficient Management of Current Repairs in Civil Infrastructure
Authors: Musurmonqulov Sultonbek Baxromqul o'g'li
Volume: 10
Issue: 9
Pages: 247-251
Publication Date: 2026/09/28
Abstract:
Operational durability and economic sustainability of building assets depend heavily on the timing and organization of routine maintenance actions. Conventional maintenance management frequently relies on rigid time-based intervals or reactive repairs, producing high lifecycle expenditures and unmitigated structural deterioration under sharp environmental variations. This paper presents an integrated engineering methodology for the efficient planning, multi-criteria prioritization, and resource allocation of current repairs across civil and municipal buildings. The proposed framework combines continuous condition assessment, non-destructive testing (NDT) metrics, and an analytical Condition-Predictive and Risk-Priority Maintenance Index (CP-RPMI). By formulating a lifecycle cost optimization model, maintenance schedules are mathematically harmonized against stochastic degradation rates and budget constraints. Longitudinal validation across a forty-two-building experimental portfolio demonstrates that shifting from calendar-driven upkeep to condition-predictive planning lowers recurring repair outlays by 24.4%, curtails emergency structural interventions by 38.6%, and eliminates costly cascading envelope failures.