hydrostatics

A command line tool and a python package to manipulate hydrodynamics meshes

Port of FreeShip to C++/Qt

Open-source Rust/Python toolbox for naval architecture: hydrostatics, stability analysis (GZ/KN curves), and hull geometry management (STL/VTK). Documentation: https://navaltoolbox.github.io/navaltoolbox-lib/

A CUDA-accelerated position based Fluid Simulator capable of simulating millions of particles in seconds

University assignment from the Hydrostatics and Stability course that takes as input the table of offsets of a ship in .xlsxl format and outputs some of the Hydrostatics proprerties as a function of the the ship's draft.

Program that calculates the righting arm curve of a vessel

Project containing base-logic / configurable boilerplate for connecting sensors via esp32 via mqtt to nodered/whatever

Conceptual design of a 5000 TEU container vessel, including hull geometry, hydrostatics, stability analysis, and Python-assisted engineering calculations.

ship hydrostatic curves

ship hydrostatic curves

Ship design applications (Microsoft excel macros / VBA(Visual Basic for Applications)). Made during my engineering degree in Naval Architecture and Ship Building

Parametric catamaran & monohull design in the browser: lines plan, hydrostatics, GZ with IMO criteria, Michell thin-ship resistance. Validated against MAXSURF.

Floating bodies solved from hydrostatics: which square timber floats on its corner? Exact waterline clipping, energy and righting-moment methods

A 480 mm 3D-printed RC boat developed from one screenshot of a hull-design tool. Printed hull + Amazon parts, $374.50. Built and validated with atompipe — 34 gates, every negative control firing, and an honest list of what only water can settle.

Flooding and sinking simulator of RMS Titanic: a deterministic column-based hydrostatics core in plain JavaScript (4,408 hull columns, 64 spaces, 290 flow paths, 0.25 s step), calibrated to the 1912 eyewitness timeline and validated on Wilding's cases, Olympic-Hawke and Britannic; three.js viewer; C++/CUDA port in progress

PhET Fluid Pressure and Flow recreation: hydrostatic pressure, Bernoulli pipe flow, and a water tower with hose.

Deterministic ship flooding and sinking simulator in C++ and CUDA: one geometric hull representation for buoyancy and flood water, a hydraulic network between spaces, a damped rigid body. Bit-exact to the original JavaScript Titanic model; GPU batch engine checked bit for bit. RMS Titanic, 14 April 1912, is the first ship.