Vicente S. Fuertes-Miquel

Catedrático de Universidad / Full Professor

Universitat Politècnica de València

Spain

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Vicente S. Fuertes-Miquel is a Full Professor at Universitat Politècnica de València, Spain. His research areas include predictive analysis of transient flow events, hydrodynamic modeling techniques, and the development of digital twins based on computational fluid dynamics. He has published recent articles focusing on water pipeline processes, air-water interactions, and submerged membrane bioreactor configurations for urban wastewater treatment.

Vicente S. Fuertes-Miquel

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Articles (29)

Predictive Analysis for U-Tube Transient Flow Events: A Digitalisation Framework

Analytical Modelling of Water Pipeline Start-Up Processes

An Analytical Model for the Prediction of Emptying Processes in Single Water Pipelines

Transient Flows: Mathematical Models, Laboratory Tests, Protection Elements and Systems

Digital Twin Based on CFD Modelling for Analysis of Two-Phase Flows During Pipeline Filling–Emptying Procedures

Hydrodynamic Modelling Techniques for Bays and Estuaries: Simulation Methodology and Practical Application

A Single Water Pipeline Design Considering Pressure-Dependent Consumptions: A New Perspective

Assessing Air-Pocket Pressure Peaks During Water Filling Operations Using Dimensionless Equations

Two-Dimensional Analysis of Air–Water Interaction in Actual Water Pipe-Filling Processes

Effects of Expelled Air during Filling Operations with Blocking Columns in Water Pipelines of Undulating Profiles

An Analysis of Water Leakages in Series Pipelines Using the Rigid Column Model

Development of an Explicit Water Level Pool Routing Method in Reservoirs

Attenuation of pipeline filling over-pressures through trapped air

Analysis of the Impact of Hydraulic Gates on a Stabilized Tidal Inlet Structure: Mathematical Model and Data Measurements

Analyzing Water Leakages in Parallel Pipe Systems with Rapid Regulating Valve Maneuvers

Assessing Extreme Drought Events and Their Temporal Impact: Before and after the Operation of a Hydropower Plant

Assessment of Peak Water Usage among Residential Consumers across Several Drinking Water Service Areas

Submerged Membrane Bioreactor Configurations for Biological Nutrient Removal from Urban Wastewater: Experimental Tests and Model Simulation

Different Experimental and Numerical Models to Analyse Emptying Processes in Pressurised Pipes with Trapped Air

Statistical Approach for Computing Base Flow Rates in Gaged Rivers and Hydropower Effect Analysis

Application of Newton–Raphson Method for Computing the Final Air–Water Interface Location in a Pipe Water Filling

Two-dimensional simulation of emptying manoeuvres in water pipelines with admitted air

Analysis of Siphonic Roof Drainage Systems with EPANET

Three-Dimensional Simulation of Transient Flows during the Emptying of Pipes with Entrapped Air

Rapid Filling Analysis with an Entrapped Air Pocket in Water Pipelines Using a 3D CFD Model

Enhancing Friction Models for Starting Up Water Installations Containing Trapped Air

Hydraulic Transients in Water Distribution Systems

Three-Dimensional Analysis of Air-Admission Orifices in Pipelines during Hydraulic Drainage Events

An Implicit Formulation for Calculating Final Conditions in Drainage Maneuvers in Pressurized Water Installations

Collaborators (2)

F. Javier Martinez-Solano

Helena M. Ramos

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