Water modelling software from DHI, used by engineers, scientists and water managers to simulate groundwater, pipe networks, rivers, coasts and seas. Here you’ll find feature guides and release decks for MIKE products. https://speakerdeck.com/mikepoweredbydhi 2026-10-15 04:22:13 -0400 Bound infragravity waves are generated from the parametric spectrum at the offshore boundary: two check boxes, and no wave-maker file. Waves, currents and sand transport respond to wave groups in the same run, for runup, overtopping, dune erosion and storm transport. Includes the new non-reflecting level boundary. Release 2027. Bound infragravity waves are generated from the parametric spectrum at the offshore boundary: two check boxes, and no wave-maker file. Waves, currents and sand transport respond to wave groups in the same run, for runup, overtopping, dune erosion and storm transport. Includes the new non-reflecting level boundary. Release 2027. Thu, 12 Nov 2026 00:00:00 -0500 https://speakerdeck.com/mikepoweredbydhi/3-coupled-model-fm https://speakerdeck.com/mikepoweredbydhi/3-coupled-model-fm Plants are described explicitly by height, density and stem size rather than folded into bed roughness. They act as drag in the flow models and dissipate wave energy in Spectral Waves. The flow results are compared with laboratory flume measurements by Ghisalberti and Nepf (2004). MIKE 21/3 Coupled Model FM and MIKE 21/3 Wave Model FM, since Release 2022. Plants are described explicitly by height, density and stem size rather than folded into bed roughness. They act as drag in the flow models and dissipate wave energy in Spectral Waves. The flow results are compared with laboratory flume measurements by Ghisalberti and Nepf (2004). MIKE 21/3 Coupled Model FM and MIKE 21/3 Wave Model FM, since Release 2022. Thu, 05 Nov 2026 00:00:00 -0500 https://speakerdeck.com/mikepoweredbydhi/coastal-vegetation-mangroves-seagrass-and-saltmarsh-as-drag-in-flow-and-wave-models https://speakerdeck.com/mikepoweredbydhi/coastal-vegetation-mangroves-seagrass-and-saltmarsh-as-drag-in-flow-and-wave-models