seakeeping

This study aims to create a Python based interface in order to calculate RMS values from model test results for different heading angle.

Wave spectra must be calculated in order to perform seakeeping calculations of floating objects. This shared code calculates the spectrum of the wave according to the determined sea condition.

船舶与海洋工程耐波性例程

response amplitude (heave roa and pitch roa)

Impulse Response Function for ship's seakeeping simulations

Agent-orchestrated parametric ship preliminary design in Python: dimensions, hydrostatics, stability (IS Code), resistance/propulsion, propeller design, seakeeping, GA schematic and design report — every number traceable to a formula whitelist.

Supplementary code for a stochastic strip-theory model of an unconscious scuba diver towed through idealized random seas, with closed-form Rice statistics and Monte Carlo simulations of airway submersion and rescue-breath failure, plus the figures and animations.

HydroStar local MCP automation with parametric geometry, quality gates and reproducible six-DOF examples