Wageningen propeller: click on it to start a short demo video. There are also complete parametric propeller setups based on standard series e. It generally focuses on the advanced design of highly customized and optimized propellers. Here is a short video that demonstrates how templates can be used from within a browser see also the blog post about the SMM competition.Įasy-to-use template models that include geometry generation, CFD and even optimization. Quick generation of a closed flow domain from imported IGES files.īased on the tools that you use in your company. Optimization of ship geometries including hydrostatic calculations for each design. These values can be calculated manually for a new design, or fully automated for a set of design candidates. Works with any imported geometry! Ship hull optimization: Fast deformation of an existing bulbous bow geometry. These transformations allow you to intuitively reshape your hull, again manually or automated in an optimization. Create efficient parametric models to investigate skeg variations.

Consider a So how to start with the vessel optimization?įirst, set up a smart variable geometry while at the same time you build-in all your design constraints displacement, center of buoyancy, hard points etc.

Finally pick an optimized hull shape that outperforms similar ships in the market. Create a variable hull model, connect your CFD and run studies. Design ships with better flows! It is the leading software solution for naval architects that are interested in CFD-based hull optimization - to create better flows around their designed vessels.

Propeller design software free