Several young researchers from the GH2C research group participated in the XV I3A Young Researchers Conference, an annual event that brings together early-career researchers from the Institute for Research in Engineering of Aragon (I3A) to present and discuss their latest scientific advances.
The conference provided an excellent opportunity for participants to showcase their research, exchange ideas with colleagues from different disciplines, and strengthen collaborations within the I3A research community.
Among our representatives, Mengyun Wang delivered an oral presentation entitled “Sulfamethoxazole Retention in River Sediments under Variable Hydrodynamic Conditions.” Her presentation highlighted ongoing research on the influence of hydrodynamic conditions on the retention of pharmaceutical contaminants in river sediments and generated valuable discussion with the audience.
The remaining GH2C researchers presented their work during the poster session, sharing the latest progress in their respective research areas. We are especially proud to announce that Ignacio Ojer received the Best Poster Award in the Industrial Technologies Division for his poster entitled “Calibration of Hydraulic Roughness Using Supervised Classification.” This recognition highlights the quality and impact of his research and represents a significant achievement for our research group.
The remaining works presented were:
Non-Invasive Young’s Modulus and Aortic Root Flow Reconstruction from Scarce Data Using Physics-Informed Neural Networks. Javier Orera Echeverría, Javier Murillo.
Reconstruction of Inlet Flow-Rate Waveforms in 1D Arterial Hemodynamic Models Using Adjoint Methods and Peripheral Pressure Measurements. Luis Sánchez Fuster, José Luis Gracia, Javier Murillo.
A GPU-Based Model for Multi-Layer Scalar Transport in Open Channels. Laure Sicard, Pilar García-Navarro, Sergio Martínez-Aranda.
Calibration of a Hydraulic Rainfall-Runoff Model Using High-Performance Numerical Simulation. Amanda Braga, Sergio Martínez-Aranda, Pilar García-Navarro.
Depth-Averaged Rheological Models for Landslide and Complex Flow Simulations. Jose Segovia-Burillo, Pilar García-Navarro, Mario Morales-Hernández, Sergio Martínez-Aranda.
Enhancing U-Net-Based Super-Resolution Models for Real-Time Rainfall–Runoff Flood Simulation. Juan Manuel Pérez García de Carellán, Mario Morales-Hernández, Pilar García-Navarro.
Modeling Plastic Transport in Aquatic Environments: The Ebro River Case. Pablo Vallés, Mario Morales-Hernández, Volker Roeber.