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Virtual Marine Arsenal

CFD for Ship Motions and Maneuvering

Listed in Alphabetical Order

Aqua+

CFD for Ship Motions and Maneuvering | Panel Methods

Aqua+ is a diffraction/radiation potential flow solver for seakeeping computations of forces and motions induced by waves on single or multi-bodies.

License: Commercial

Boat3D

CFD for Ship Motions and Maneuvering | Strip Theory

BOAT3D estimates the forces on a hard-chine planing boat using an added-mass analytical approach and solves for the predicted trajectory of motion of the boat in waves. For a given specification the program estimates the forward boat speed, trim angle, height of CG relative to sea level, and horizontal pressure and skin friction resistance forces, as well as horizontal and vertical accelerations and first and second time derivatives of trim.

Operating System(s):
  • Windows
License: Commercial

CFDShip-Iowa

CFD for Ship Resistance | CFD for Ship Motions and Maneuvering | RANS-URANS | LES-DES | FDM

CFDShip-Iowa solves the incompressible Reynolds-averaged Navier-Stokes and continuity equations with a variety of turbulence models, and a single-phase level set method to accommodate free surface problems. Since it has been specifically developed for surface-ship and marine-propulsor flow problems, it has an array of ship hydrodynamic specific subroutines and post-processors.

Operating System(s):
  • Linux
  • Unix
License: Unknown

Fresco+

CFD for Ship Resistance | CFD for Ship Motions and Maneuvering | Propellers | RANS-URANS | FVM

FreSCo+ is a Free Surface RANS code for maritime applications such as; wave resistance predictions, ship wake predictions, ship dynamic behavior in waves, maneuvering predictions, and propeller flows incl. cavitation.

Operating System(s):
  • Windows
License: Commercial

Icare

CFD for Ship Resistance | CFD for Ship Motions and Maneuvering | RANS-URANS

Icare is a 6 degrees of freedom free surface Navier-Stokes solver, dedicated to the calculation of ship resistance and powering, ship added resistance in waves, seakeeping and maneuverability.

License: Commercial

Maxsurf Motions

CFD for Ship Motions and Maneuvering | Panel Methods | Strip Theory

Maxsurf Motions module for hydrodynamic and seakeeping analysis provides calculation of vessel response and seakeeping characteristics in a variety of sea states for many types of designs created with Maxsurf Modeler.

Operating System(s):
  • Windows
License: Commercial

Octopus-Office

CFD for Ship Motions and Maneuvering | Strip Theory

Octopus-Office is a hydrodynamic analysis program for the calculation of seakeeping characteristics of ships and other floating structures, with or without forward speed.

Operating System(s):
  • Windows
License: Commercial

Powersea

CFD for Ship Motions and Maneuvering | Strip Theory

Powersea predicts the motion of a planing boat in calm water, regular or irregular seas. With specified forward velocity or thrust and the shape of the waves or wave spectrum it calculates the hull’s motion including surge, heave and pitch displacements, velocities and accelerations.

Operating System(s):
  • Windows
License: Commercial

SeaFEM

CFD for Ship Motions and Maneuvering | Panel Methods

SeaFEM is a platform for seakeeping analysis, offering a suite of tools for the analysis of the effects of waves, wing and currents on naval and offshore structures also for maneuvering studies. The software is based on the solution of potential flow equations in the time domain using the finite element method on unstructured meshes. SeaFEM is integrated part of Tdyn suite.

Operating System(s):
  • Linux
  • Windows
License: Commercial

Ship Motions

CFD for Ship Motions and Maneuvering

Ship Motions is a program for predicting regular wave responses and statistical information from an initial hull geometry. The motion can be calculated with five degrees of freedom: heave, sway, roll, yaw and pitch.

Operating System(s):
  • Windows
License: Commercial

ShipMoPC

CFD for Ship Motions and Maneuvering

ShipmoPC is a strip theory-based, frequency domain seakeeping code capable of computing the six degrees-of-freedom motions of a monohull with forward speeds in regular as well as irregular seas of arbitrary headings.

Operating System(s):
  • Windows
License: Commercial

SPH-flow

CFD for Ship Resistance | CFD for Ship Motions and Maneuvering | SPH

SPH-flow is a meshless Lagrangian solver for simulation of flows with very high dynamics such as impact, sloshing, slamming. It is also suitable for flows over complex geometries, flows around moving or deformable bodies or the simulation of coupled fluid structure interaction problems.

License: Commercial

Splash

CFD for Ship Resistance | CFD for Ship Motions and Maneuvering | Panel Methods

SPLASH is a 3D nonlinear free-surface potential flow panel code for hydrodynamic design and analysis of marine vehicles. Applications range from performance predictions for surface vessels and submarines, to prediction of hydrodynamic loadings for structural analysis of ships.

Operating System(s):
  • Linux
  • Unix
License: Commercial
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