
Explore groundwater-surface water interactions through physical, biological, and chemical perspectives across various scales. Gain insights from experts on identifying patterns and processes in this crucial environmental interface.

Learn advanced riprap sizing techniques using HEC-RAS 6.1's new Riprap Calculator. Explore Australian methods, design considerations, and practical demonstrations for effective hydraulic engineering solutions.

Explore advanced hydraulic modelling techniques for tsunamis, dam failures, and non-Newtonian flows. Learn to accurately simulate extreme inundation events using benchmarked methods and real-world case studies.

Explore advanced features in HEC-HMS, including GIS tools, Expression Calculator, and Gridded Data Processing. Learn to integrate Australian Rainfall and Runoff patterns into meteorological modeling.

Explore approaches for fish passage in hydraulic designs, including species-specific criteria and 1D, 2D, and 3D modeling techniques. Expert panel discusses regulatory issues, case studies, and practical applications.

Explore new sediment-related features in HEC-RAS 6.0, including mud and debris modeling, 2D and 1D sediment transport, with expert insights from USACE Hydrologic Engineering Center specialists.

Explore fish passage hydraulics for Australian species, covering design considerations, innovative upgrades, and modern modeling techniques to promote effective fish migration in waterways.

Engenheiro discute projetos ambientais da Prefeitura de São Paulo para mitigar enchentes, destacando a harmonia entre obras hidráulicas e meio ambiente na gestão urbana.

Analisi della fragilità di Venezia di fronte alla crisi climatica, evidenziando la necessità di strategie a lungo termine per la gestione delle risorse idriche in un mondo in cambiamento.

Explore physical hydraulic modeling techniques, from the world's largest model to innovative lab-scale designs. Learn Froude scaling, visualize complex hydraulics, and understand model-to-prototype adjustments.

Learn the fundamentals of hydraulic flood modelling, including 1D and 2D techniques, data requirements, boundary configuration, and quality control methods for accurate and reliable results.

Explore groundwater flow using Bernoulli's equation and Darcy's law. Learn to interpret and apply theoretical concepts for practical groundwater modeling, with real-world examples and expert insights.

Master culvert design and reporting in InfoDrainage with flexible analysis tools and customizable reporting formats to meet project requirements and EPA SWMM standards.