AN INTEGRATED APPROACH TO OPTIMIZING AND ASSESSING THE SAFETY CRITERIA OF CAST-IN-PLACE RESERVOIRS (ON THE EXAMPLE OF THE TALIMARJON RESERVOIR)
Keywords:
Cast-in-place reservoirs, safety criteria, optimization, risk assessment, structural reliability, Talimarjon Reservoir, hydrodynamic modeling.Abstract
This study presents an integrated approach for optimizing and assessing the safety criteria of cast-in-place reservoirs, focusing on the Talimarjon Reservoir as a case study. The research combines structural analysis, hydrodynamic modeling, and risk assessment methodologies to evaluate the reservoir's stability under various operational and environmental conditions. The approach allows for identifying potential vulnerabilities, improving reservoir design, and ensuring compliance with safety standards. The results demonstrate that a comprehensive assessment framework enhances decision-making processes, increases structural reliability, and minimizes potential risks associated with reservoir operation. The proposed methodology provides a practical and scientifically grounded tool for engineers and decision-makers involved in water resource management and infrastructure safety.
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References
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