Offshore Renewables Installation and O&M (ORIOM) is a Python-based source-available tool developed by WavEC to simulate the scheduling and costs of the installation and O&M operations in offshore renewable energy farms, including fixed-bottom offshore wind, floating wind, wave energy and offshore floating solar.

A suite of codes for dynamic analysis of offshore slender structures

Collection of File Readers for Deepriser and Shear7 FEA Files

This repository hosts an interactive 3D Semi-Submersible Rig plot via Github Pages.

Source code of parametric excitation research developed at University of São Paulo

AI-powered crack detection for offshore and civil infrastructure using ResNet50

A ready-to-use Python script for generating depth and gradient profile charts from offshore route surveys, typical in oil&gas, offshore wind and renewable energy projects.

A lightweight, Apache 2.0 distribution of Matthieu Ancellin's Capytaine BEM code.

This repository hosts an integrated 3D Rig plots via Github Pages.

This repository provides visual documentation of a browser-based 3D visualization proof-of-concept for the Huldra offshore platform model.

Foundation-model-inspired spatiotemporal neural operator for CFD-based offshore structural response prediction with synthetic CFD data, physics-calibrated residual inference, explainability, tests, and figures.

CHRONOS — a novel bounded 3D chaotic attractor (BCWSA) solver for deepwater-riser vortex-induced-vibration (VIV) fatigue, with standards-based (DNV-RP-C203 / ASTM E1049) post-processing, chaos diagnostics, full case-study outputs, and technical report.

Finite-element dynamic, VIV-fatigue and external-pressure-collapse assessment of a subsea multi-planar rigid jumper, fully scripted with ANSYS Mechanical APDL (PyMAPDL).

Offshore Marine Services