3DynaFS©, which stands for “Three-Dimensional Dynamics of Free Surfaces”
is a general Computational Fluid Dynamics (CFD) software suite, specialized
for the study of the large deformations and interactions involved in
bubble dynamics, cavitation, two-phase flows, surface waves, ship
hydrodynamics, and fluid/structures interactions. 3DynaFS© includes a
set of specialized modules for handling a variety of fluid dynamics problems.
- 3DynaFS-Bem©
Boundary Element Method - 3DynaFS-Comp©
Compressible Solver - 3DynaFS-Vis©
Viscous Solver - 3DynaFS-FSI©
Fluid Structure Interaction - 3DynaFS-DSM©
Discrete Singularity Model
Each of the modules can be used alone or as part of a suite of modules
coupled together through coupler interfaces. In addition, the software
suite can couple with structure dynamics code such as Dyna3D, EPSA, or
Nike3D to simulate fluid structure interaction problems though a standard
coupler interface.
Many elements of the 3DynaFS© software suite have been extensively validated
with in-house experiments as well as with field tests in government
laboratories, and comparisons with results from the literature.
Application Areas
3DynaFS© has been used for applications in the naval and marine, energy,
chemical, food and medical fields including for modeling and studying bubble
dynamics in:
- Fluid – structure interactions,
- Bubble deformation in vortex
flow fields,
- Multiple bubble interactions,
- Cavitation inception and noise,
- Bubble – cell interactions,
- Explosions near floating and
submerged bodies and near the ocean free surface,
- Seismic air guns modeling,
- Ultrasound contrast agent
dynamics and coated micro-bubbles for drug delivery.
- Ship hydrodynamics
- Ship and wave interactions
- Harbors
- Ship motion and maneuvering
- Breaking waves
- Shallow water effects
- Nonlinear free surface waves
- 3DynaFS-BEm©- Boundary Element Module
- 3DynaFS-Comp©- Compressible Module
- 3DynaFS-Fsi© - Fluid Structure Interaction Module
- 3DynaFS-Dsm© - Discrete Singularity Module
- 3DynaFS-Vis© - Viscous Module
- 2DynaFS© - Axisymmetric version of 3DynaFS-BEm©
Available Modules:
For more information, please contact us.