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Book of Abstracts of the 16th International Conference on Hydroinformatics (Zaragoza, 2026)

  • ISSN Online: 3007-2174
  • ISSN Print:
  • ISBN: 978-90-836443-7-0
  • Publisher: IAHR
  • Editor(s): Pilar García-Navarro, Pilar Brufau, Mario Morales-Hernández, Adrián Navas-Montilla & Sergio Martínez-Aranda
  • Related: 16th International Conference on Hydroinformatics

The Conference received a total of 317 abstract submissions, resulting in 285 oral presentations and 32 poster presentations. Additionally, there were 6 keynote speakers, 6 special sessions, 2 workshops, and many exhibition booths. The total number of international delegates to the conference exceeded 350.

ID Title Authors Year
40433 Urban Pluvial Flood Simulation With Virtual Drainage Networks
Na Zheng; Zhi Li
2026
40434 SPH Modeling of Salinity Transport Phenomena in Navigation Locks
Lucas Calvo; Noe Serrano; Diana De Padova; Michele Mossa; Jose Fabrega
2026
40435 How High-Resolution Shallow Water Equation Simulations Contribute to Hydro-Socio-Environmental Modeling
Kenichiro Kobayashi
2026
40436 Surrogate Modelling for Fluvial Multivariate Flood-Frequency in a Mountain Catchment
Diego Armando Urrea-Mendez; Dina Vanessa Gomez-Rave; Manuel Del Jesus Penil
2026
40437 Step Transition for Plane Waves at a Free Surface
Yago Pego Martinez; Henrik Kalisch
2026
40438 Numerical Simulation Study on Hydraulic Characteristics of Side Intake/Outlet in Pumped Storage Power Station
Hongwei Zhang; Zhigang Wang; Panhong Ren; Wenyuan Zhang
2026
40439 Modeling the Evolution of Flash Floods in the East Foothills of Helan Mountains Based on GPU Acceleration and Rainfall Runoff
Tao Li; Sihan Liang; Yingen Du; Yan Yu
2026
40440 Parallel Computation Study of DCU-Based High Sand Content Water Flow Simulation Model
Shentang Dou; Weiyi Hu; Yan Yu; Yingen Du; Tao Li; Sihan Liang
2026
40441 A Probabilistic Agricultural Drought Prediction Method Based on Information Theory and Vine Copula
Chenlu Yu; Dong Wang
2026
40442 Development of a Hybrid GPU-CPU Accelerated 1D-2D Coupled Model for Urban Flood Simulation
Sang-Bo Sim; Hyung-Jun Kim
2026

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