AQWA Offshore Hydrodynamic Verification

Overview

Context and intent

A learning-focused verification study for offshore hydrodynamic analysis, structured around reproducible setup, transparent assumptions, and reviewable evidence.

Problem statement

Hydrodynamic results are easy to misread when conventions, mesh choices, frequencies, and solver warnings are not documented together.

Objectives

• Document the setup basis.
• Create repeatable evidence checks.
• Separate numerical completion from engineering interpretation.

Engineering approach

A reviewable way of working

• Define an auditable run sequence.
• Capture input and solver provenance.
• Compare trends before making claims.

Assumptions

• Draft study scope; project-specific inputs have not been assigned.

Validation

Evidence before interpretation

• Planned checks include mesh sensitivity, frequency coverage, and convention review.

Results status

• No final engineering results are published at this stage.

Key findings

What the workflow is teaching

• Verification evidence must be designed into the workflow from the start.

Lessons learned

• Record conventions and warnings beside the plotted results.

Limitations

• This project is intended for learning, workflow development, and portfolio demonstration. It is not a certified design deliverable.

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