Today, 3D Surface Modeling seems to have become the standard Hull Design technique and ship designer's culture has now integrated this profound change.
Floats, compartments and tanks being solids by nature, Surface / Solid Modeling also appeared simultaneously as the most efficient way to create accurate and reliable hydrostatic models.
Discover Real Time / High Resolution Hydrostatic
MAAT Hydro + operates directly on 3D ship surfaces (trimmed NURBS / BREP solids), so you can now access directly to hydrostatic analysis, without any 3D to 2D conversion constraint.
Simply focus on your project and enjoy the convenience of real time and accurate hydostatic analysis whenever necessary.
Thanks to the power of 3D Surface / Solid Modeling, defining complex compartments and tanks has vitually no limitation; tunnels, holes and any topological singularity are directly and accurately taken into account from your ship descriptors... asymetric, non connex or even very complex models are processed as easily as simple ones !
MAAT Hydro +‘s advanced new generation hydrostatic engineis able to calculate the behaviour of any kind of floating object in any condition, making hydrostatic analysis easier, faster and extremely accurate whenever necessary.
Real Time Hydrostatic Simulation and Weight Management
Hydrostatic, Stability... and much more
MAAT Hydro + is also able to provide all the classical hydrostatic documents and retain them within the project file for any further use or print out.
Thanks to its pioneer work in the field of Marine CAD-CAM, Sistre has been providing advanced marine design software worldwide since 1981.
Today, MAAT Hydro + is the latest SISTRE marine software of the MAAT range :
MAAT-Lite:Advanced hull design combined with basic hydrostatic.
MAAT-Plus:Advanced hull design combined with full hydrostatic.
MAAT-Pro: Advanced hull design combined with full hydrostatic and structure modelling.
Thanks to its built in IGES interface, MAAT Hydro + can also directly operate on BREP solids and trimmed NURBS imported from any external 3D surface modeller.