CPE Tools

Operational system with metocean forecasts to support the planning and safety of port operations.

• Wave, current and tide forecasts in coastal zones
• Operational window forecasts
• Decision support systems
• Alerts for extreme or high-risk events

Tool for analysing the equilibrium planform of embayed beaches over satellite imagery, applied to shoreline stabilization studies.

• Parabolic bay shape equation (PBE/MEPBay) and González & Medina
• Mean wave energy flux direction from wave time series
• Comparison of the observed shoreline with the theoretical shape
• Export to DXF, KML, GeoJSON and report

Tool for converting XYZ bathymetric surveys into DXF drawings, with soundings colored by depth class, isobaths and legend. Data are processed in the browser itself.

• Radius-based thinning that keeps the shallowest sounding
• Colors by depth class or by dredging level
• Isobaths and legend inside the DXF
• Preview of the result before generating the DXF R12

Application for processing Nortek Signature ADCP campaigns: currents, waves and tides, with quality control, harmonic analysis and report-ready results.

• Cell-by-cell current quality control: correlation, signal-to-noise ratio, tilt, side lobe and spikes
• Directional waves from acoustic surface tracking (AST) or PUV, with MLM, DFTM and MEM methods
• Harmonic tidal analysis with nodal correction and chart datum calculation (DHN)
• Export to Excel, high-resolution figures and wave spectrum video

Application that downloads and merges, in a single process, historical wave, wind, atmospheric and ocean circulation series from the main global reanalyses and analyses, ready for design and operational studies.

• Waves, wind and atmospheric variables from ERA5, since 1940
• Wind-sea and swell partitions from WAVERYS and Copernicus Marine analyses
• Currents, sea level, temperature and salinity from HYCOM and GLORYS12
• Report on coverage, consistency between sources and grid cells used

Software for designing rubble mound breakwaters, from the hydraulic calculation to the 3D geometry over the natural terrain, with automatically generated design report and quantities.

• Armour stability for rock and concrete units (Hudson, Van der Meer, Van Gent) and Icelandic berm
• Toe, underlayers, core and roundhead, checked at maximum and minimum water levels
• Crest level and overtopping according to EurOtop
• 3D model over the topobathymetry, quantities, DXF export and design report

Software for designing navigation channels in plan and in depth, following PIANC and ROM 3.1 guidelines, with probabilistic under-keel clearance analysis.

• Width of straight and curved sections by PIANC and ROM 3.1 methods
• Depth with squat by several methods (Barrass, Huuska, Eryuzlu and ROM), waves, tide and allowances
• Probability of bottom touch for each section and condition
• Section-by-section design, vessel database and results exported to Excel