Virtual Marine Arsenal

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

Ansys Aqwa is a three-dimensional linear diffraction/radiation panel code for simulation and analysis of single or multi-body marine structures in six degrees of freedom. It includes Morison elements that can be used to analyze and simulate complex mooring systems and riser systems.

FREEPAN is the free surface module of NEWPAN that provides a capability to predict the unsteady, fully nonlinear response of a free surface to the unsteady motion of a floating or submerged body.

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.

NewDrift is a code for the seakeeping and wave induced loads analysis of ships and arbitrarily shaped floating structures, including multi-body arrangements.

The code enables the evaluation of 6DoF first and quasi second-order motions and wave-induced loads, including drift deviations, forces and moments and is applicable to arbitrarily shaped 3D floating or submerged bodies, operating at zero or nonzero forward speed, finite or infinite water depth and being excited by sinusoidal linear waves of arbitrary frequency and heading.

NEWPAN is a 3D panel method for the computation of external aerodynamic and hydrodynamic problems in the aerospace, automotive, and marine industries.

NEWPAN2D is a tools for the inviscid analysis of two-dimensional multi-element aerofoils. The area of application is concentrated on low-speed applications, i.e. subsonic Mach numbers.

Propeller Panel Program; PPB is designed to predict the performance of the propeller behind the ship and to resolve, how the working propeller is registered by the hull. Cavitation is predicted 3D unsteady and transient flows are solved in the frequency domain.

Reva is a potential flow solver capable of computing wave resistance and the wave field of a ship with appendages by linear free surface model.

The integrated design environment of Shipflow package allows the designers to investigate and optimize the flow around appended hulls. The solver featuring overlapping grids technique can be controlled from a graphical interface that includes also optimization tools.

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.

Swan-2 is a computational fluid dynamic program for the analysis of the steady and unsteady zero-speed and forward-speed free surface flows past ships which are stationary or cruising in water of infinite or finite depth or in a channel.

Swan-2 implements a fully 3D approach based on the distribution of Rankine sources over the wetted and the free surface. The linear free surface condition is satisfied, while it has the capability of taking into account the non-linear Froude-Krylov and hydrostatic forces.

WaveLoad performs seakeeping analysis to predict motions, hull pressure distributions and sea loads for ships with variable forward speed in waves. Mono or multi-hull ships can be modelled in regular or irregular waves and any sea state. WaveLoad is available in both frequency domain and time domain versions.