Recent Projects

XBeach non-hydrostatic and MIKE3 Wave FM were used to simulate the propagation of infragravity waves leading to flooding in a small river during storms. Source: CRMS

Detailed swath bathymetry, SMART tool  and metocean data from models used to define the mobility of large sandwaves on the Korean shelf. Source: CRMS

MIKE LITPACK and coastal trend analyses were employed to estimate coastal erosion over the next 50 years in support of nuclear decommissioning at a UK site.  Source: CRMS

FRA for a nuclear new build site in the UK looking at 0.01% AEP flood events from combined sources. Source: CRMS

Wave modelling with MIKE21 FMSW and wave data analysis for a floating solar renewable energy project in the Far East. Source: Asian Development Bank

MIKE3 hydrodynamic and wave modelling (MIKE3 Wave FM) used in a flushing and water quality study in the Middle East. Source: CRMS

Simulation of dredging overspill losses and bottom sediment disturbance during an HVDC cable laying project using MIKE Particle Tracking. Source: CRMS

Wave disturbance modelling using MIKE3 Wave FM to assess different harbour design configurations. Source: CRMS

Simulations of gravel beach profile changes during storm events, including a seawall, using XBeach-G. Source: CRMS

MIKE3 hydrodynamic, wave and sediment modelling for the design of beach enhancements and stabilisation and harbour breakwater repairs in the Caribbean. Source: CRMS

MIKE3 HD/TR modelling study of effluent dispersion from wastewater treatment works. Source: CRMS

 A modelling study of nature-based solutions for coastal protection at three sites in the UK using MIKE21 SW, MIKE3 Wave FM and XBeach-VEG.  Source: CRMS