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Explore how nearshore coastal hydrodynamic models extend from 2D to 3D, including ocean circulation, stratification, boundary conditions, calibration, and result visualization.
Explore how the Froude number distinguishes subcritical and supercritical flow and informs hydraulic design for bridges and other structures.
Learn how hydraulic calculations, energy losses, and GIS quality-control tools support 1D urban stormwater pipe network modelling and 2D inundation analysis.
Explore how hydraulic modeling shapes artificial whitewater courses, wave pools, and waterslides, from hydraulic jumps to Archimedean spirals.
Explores how drones, AI, web-based modeling, augmented reality, and 3D printing are advancing flood mapping, safety, and fish passage design.
Model lake water quality by examining stratification, turnover, numerical predictions, and common modelling traps in stationary freshwater systems.
This webinar examines how bushfires alter catchment hydrology, erosion, water quality, and freshwater fauna, with implications for modelling and hydraulic design.
Explore how contractions, piers, bridge decks, and other structures dissipate flow energy through 1D, 2D, and 3D hydraulic modeling.
Learn how HEC-RAS 6.1’s Riprap Calculator applies USACE guidance to size stable rock protection and check scour at channel toes.
Explore how pumped-storage hydropower converts surplus electricity into stored water energy, with examples from home systems and the Red John project at Loch Ness.
Explore hydraulic modelling of tsunamis, dam failures, and non-Newtonian flows through theory, real-world cases, and benchmarking.
Explore how probable maximum floods are estimated and whether infrastructure should be designed for this worst-case scenario.
Explore how ice and landslide dam failures generate catastrophic floods through geological case studies and hydraulic models.
Explore new HEC-HMS features for rainfall-runoff modeling, including GIS tools, automated forecasting, gridded data, 2D flow, and Australian precipitation patterns.
Explore how 2D hydraulic modelling with sub-grid sampling and quadtree meshes can replace 1D open-channel representations in real-world flood models.
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