Using the new Optimus integration with CAESES parametric modeling

A 60 minutes on-demand webinar

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CLEAN & WATERTIGHT PARAMETRIC GEOMETRY MODELS

CAESES®, a flexible CAD platform by FRIENDSHIP SYSTEMS for the creation of robust parametric geometry models that are ready for automated meshing and CFD analysis, is used by engineering teams whose ultimate goal is to design optimal flow-exposed products.

Compared to traditional CAD tools, the creation of geometry variants using CAESES

can be fully automated;
is 100% robust, thanks to the dependency-based modeling approach;
delivers clean and watertight geometries, which is essential for running design studies that involve meshing and CFD simulation software on HPC clusters.

UNMATCHED DESIGN SPACE EXPLORATION BASED ON PARAMETRIC GEOMETRY MODELS

The new direct integration between Optimus and CAESES enables users of both software products to automate the creation of geometry variants with just a few clicks. By running CAESES in batch mode, Optimus triggers the generation of geometry variants in the background with no graphical user interface involved. CAESES users only need to set up a reference geometry model, along with a set of design variables that control the geometry shape.

Looking for more in-depth information?

Using CAESES' powerful and flexible parametric 3D modeling, a reliable and simulation-ready variable geometry model can be built - fit for optimization purposes.

The CAESES model can easily be embedded in a repeatable Optimus simulation workflow as part of an automated process that combines CAESES with any CFD solver into a single workflow.

Optimus can then be used to conduct Design of Experiments (DOE), allowing for the use of highly effective Design Space sampling strategies involving CAESES watertight parametric geometry models.

Optimus powerful post-processing tools enable engineering teams to visualize CFD simulation results on the geometry model for any experiment of the DOE campaign.

Optimus builds and validates surrogate models - giving confidence that these models are well suited to perform ultra-fast engineering optimization.

A wide range of powerful visualizations deliver actionable insights and relevant decision metrics to the engineering team - maximizing productivity.

Find out much more

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