HYDRODYNAMIC METHODOLOGICAL FOUNDATIONS FOR IDENTIFYING DEFORMATION PROCESSES IN THE INFLOW CHANNEL OF THE OQTEPA RESERVOIR
Keywords:
reservoir, inlet channel, deformation process, hydrodynamic model, soil stability, flow velocity.Abstract
This article provides a theoretical analysis of the hydrodynamic methodological principles for identifying deformation processes occurring in the inlet channel of the Oktepa Reservoir. A hydrodynamic modeling approach is proposed based on the interaction between flow velocity, pressure distribution, and soil structure. The model evaluates soil shear potential through variations in flow velocity and pressure gradient. The research results make it possible to predict hazardous hydraulic conditions leading to deformation in the reservoir’s inlet zone. The proposed methodological approach has significant practical importance for ensuring the operational safety of hydraulic structures.
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