Models for Integral Analysis and Optimization of Hydraulic Systems and Structures

This project addresses the need to enhance design methodologies in civil engineering projects, specifically concerning hydraulic structures with regulation reservoirs. This necessity arose from deficiencies in existing analysis models, which were often incomplete or failed to adopt an integral approach, such as neglecting critical effects like fatigue in foundation masses or lacking comprehensiveness in the mechanical work of elements subjected to high potential energy. The core proposal involves developing a "Model for the Optimized Integral Design of Diversion Works." This model will consist of parametric equations intended to comprehensively analyze the diversion works of a regulated fluvial system and facilitate the selection of the most efficient alternative based on safety, operability, and cost. The methodology encompasses identifying and systematizing design parameters, formulating integral functional relationships for system dimensioning, and applying an optimization criterion to derive optimal structure dimensions. The final tool is targeted at Civil Engineering graduates and professionals involved in the design of complex hydraulic systems.<br/><br/><b>Goal</b>: <br/>To develop a parameterized analytical tool capable of comprehensively studying and designing alternatives for the diversion component of a fluvial hydraulic system featuring a regulation reservoir, ultimately selecting the optimal alternative based on safety, operability, and economic criteria.<br/><br/><b>Research lines</b>: <br/>Analytical and numerical models to analyze the behavior of materials and systems taking into account current regulations