With CAESES® 4.0, there is a lot of new and cool stuff for turbomachinery blade design. This post will give you a brief introduction into the fully-parametric design of an impeller blade, as you can typically find them in turbochargers…

In one of our recent projects a colleague created a fantastic surface model of a twin skeg ship hull. As a special request, the customer wanted to vary the twin skeg in order to conduct studies. After putting together some…

We have a new video that gives you a very brief introduction to the basic concept of volute modeling in CAESES®. The main idea is that, first of all, a 2D cross section is parameterized by the user. Any kind…

Hi together, This post gives you a very quick overview of connecting OpenFOAM® to CAESES® for the purpose of CFD automation. In general, connecting an external software to CAESES® only takes a few minutes, and with this you can immediately…

When it comes to exchanging data between CAESES® and other tools (e.g. for meshing & simulation), CAESES® users typically choose from a set of export formats (*.stp, *.iges, *.stl,….). However, specialized in-house tools often require the use of a proprietary…

With CAESES® 4.0, we have further fine-tuned our axial blade design capabilities according to the requests and wishes of our customers. We are also constantly receiving great feedback through our community forum. Thanks to everyone for contributing! We hope you…

The blade design capabilities of CAESES® have been completely reviewed with version 4.0, and a lot of great features have been added for the design and optimization of rotating machinery (pumps, turbochargers, turbines etc.). CAESES® is able to create any…

CAESES® 4.0 comes with a fantastic new feature: A first version for sending push messages and status emails automatically to your mobile phone during design engine runs! No matter where you are, once your design engine is running, CAESES® keeps…