Marine Hydrodynamics Calculation Excel Template

Marine hydrodynamics involves the study of fluid behavior around marine structures and vessels, governed by Navier-Stokes equations, potential flow theory, and boundary layer dynamics. Excel templates simplify application of these principles by embedding validated approximations—such as Morison’s equation for slender body wave loading, linear wave theory (Airy waves), and strip theory for seakeeping analysis—into accessible computational workflows. These templates serve as pedagogical aids, rapid feasibility tools, and first-pass engineering checklists, especially where high-fidelity CFD or time-domain simulation is impractical. Key design considerations include dimensional consistency (SI vs. Imperial units), non-dimensional parameter handling (e.g., Froude, Reynolds, and Keulegan-Carpenter numbers), and uncertainty awareness—since Excel-based calculations inherently assume idealized conditions and neglect nonlinearities, viscosity effects, or complex geometry interactions unless explicitly extended. Validation against experimental data (e.g., MARIN or HSVA model test results) or industry-standard software (like WAMIT, OrcaFlex, or MOSES) is strongly recommended before deployment in critical design phases.