naval-architecture
There are 3 repositories under naval-architecture topic.
audunarn / ANYstructure
ANYstructure is the ultimate steel structure design tool for plate fields and cylinders. Weight optimization for all structures with machine learning capabilities. Calculations are based on DNV standards and rules.
Language:Python 49- dt_cvLanguage:JavaScript 12
kaganbozali / Ship-Spectral-Responses-Calculation
This study aims to create a Python based interface in order to calculate RMS values from model test results for different heading angle.
Language:Python 5TKHToni / PNV3315-Hydrostatics-and-Stability
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.
Language:Python 5Wave 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.
Language:Python 4snascusat / CII-Calculator
New approach by IMO to measure a vessel's operational efficiency
Marijnpf / StabilityCurve
Program that calculates the righting arm curve of a vessel
Language:Python 2- Language:JavaScript 2
BSoDium / Hull-breach-tracking
Simulating hull breaches and detecting them using python and panda3d
Language:Python 1ferrari212 / Platform-Twin-Ship
A open platform for Ship analysis and simulations that can handle effectively data through the life cycle by employing a web-based platform approach.
Language:JavaScript 1jtkhair / aiship_webapp
This web application is developed based on the joint work between the Marine Technology Centre , Universiti Teknologi Malaysia (UTM) and the Hiekata Laboratory, University of Tokyo (UTokyo) under the UTM research project "Predictive Model for Ship Design and Configuration Using Machine Learning : Model Development and Validation", project number: Q.J130000.3851.19J88.
Language:HTML 1- ship-dynamics
nediry / ship-dynamics
response amplitude (heave roa and pitch roa)
Language:Python 1 - ship-hydrostatics
ship hydrostatic curves
Language:Python 1 - ship-hydrostatics_2
ship hydrostatic curves
Language:Python 1 - strength-of-ship
longitudinal strength of ship
Language:Python 1 - strength-of-ship_2
longitudinal strength of ship
Language:Python 1 - Language:C++ 0
Z-NEV / Project-Z-NEV
Project: Z-NEV is a global, open source collaboration to design and build a modular zero-net energy vessel. All are welcome.
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