Ocean Lab

Two surfaces: a harvest siting console (energy budgets, seasonal gap analysis, storage sizing) and a blade studio (NACA sections, panel-method polars, Cp sweeps, STL/OBJ/SCAD/DXF export). Every model runs in-process and deterministically; every site parameter is illustrative, not surveyed, and no hardware was built.

• Ocean Lab Capabilities. Report the lab's domains, surfaces, and the exact bound tables the routes reject on
• Harvest Site Catalogue. List the illustrative tidal sites and soil profiles the harvest simulation accepts, with the route's bound table
• Simulate Energy Budget. Integrate a marine (tidal/current) or ground (soil-thermal) energy budget over time — harvest, loads, state of charge, seasonal gaps, and the perpetual verdict
• Solve Rotor (BEMT). Solve a blade with blade-element momentum theory — per-station induction, section polars from a vortex panel method, Prandtl tip and hub loss, Glauert high-induction correction, and the…
• Cp vs Tip-Speed Ratio. Sweep tip-speed ratio and return the Cp curve plus the peak operating point for a blade
• Rotor-Fed Harvest Budget. Run the marine energy budget with the turbine's power coefficient taken from a solved BEMT blade instead of an assumed constant
• Export Blade Geometry. Loft a blade to a watertight triangle mesh and export it as STL (ascii or binary), OBJ, OpenSCAD or DXF, with the mesh validation report

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