Design Exploration and Shape Optimization

In addition to the geometry modeling capabilities, CAESES® offers integrated methods for automated design explorations and shape optimization. CAESES® contains a set of sophisticated optimization algorithms ranging from single-objective strategies for fast and efficient studies, to more complex multi-objective techniques, including response surface techniques such as Kriging and Neural Networks.

Vary and Explore

This is why we finally developed CAESES® for you

Integrated Design Explorations and Optimization

Integrated design explorations and shape optimization


Optimization Capabilities

With CAESES®, you are equipped with state-of-the-art optimization functionality for constrained design tasks. The following capabilities are included and can be readily linked to your geometry and CFD setup:

  • Parameter studies and sensitivity analysis
  • Single-objective optimization strategies
  • Multi-objective optimization strategies
  • Optional use of surrogate models (e.g. Kriging, polynomials, neural networks)

Variant Management
Easily step through the different designs to look at the CFD results and the geometries, CAESES® manages the entire data for you and makes design studies incredibly easy!

Email Notifications and Push Messages
You are not in the office and you want to know the status of your current optimization run? Then you will enjoy our convenient notifications that can be automatically sent by CAESES®‘ design engines to your mobile phone! Check out this post for more information. There is also HTTP-monitoring available to connect to runs through a browser.

Response Surfaces
Interested in using surrogate models, i.e. response surfaces such as Kriging? Learn more.


Variant Assessment and Post-Processing

CAESES® gives you everything you need to understand your study, and to pick the optimal design candidates.

  • CAESES® includes its own interactive 3D post-processing environment! Understand overall performance characteristics (e.g. resistance, pressure loss, lift coefficient, flow rates) or look at the details of the flow patterns (e.g. cut plots, surface plots, trajectories).
  • Create 2D/3D charts incl. correlations to find the most important design variables of your task
  • Browse result tables to sort your designs based on objectives, constraints and variable values
  • Create your custom PDF reports, and include e.g. your company logo in these reports
  • Compare all generated geometries and corresponding simulation results side-by-side in the amazing design viewer!

More information? Read this short blog post about visualization of best designs and pareto frontiers.

Pareto Front visualization for multi-objective optimization tasks

Pareto frontier visualization for multi-objective optimization tasks


Batch Mode

Do you already use another optimization tool in your company, and you want to stick to it instead of using the inbuilt algorithms? No problem! For this situation, you can run CAESES® in its super-easy batch mode as your powerful CAD engine, i.e. to exclusively generate geometry variants – driven by your optimization software of choice. If required, everything in CAESES® can be scripted, using a very intuitive and easy-to-learn command language.

Optimization Add-Ins
There are add-ins available to plug-in CAESES® into the optimization products of our partners. CAESES® can be directly controlled through add-ins by optiSLang (Dynardo) and by Optimus (NOESIS). We also offer a CAESES® connection for the ANSYS Workbench, to run your CAESES® geometry model in the background and to control the design variables from within the ANSYS Workbench user interface.

caeses add in ansys workbench

CAESES add-in for ANSYS Workbench


Dakota Interface

Are you using the free optimization toolkit Dakota (from Sandia National Labs) in your department, or you want to introduce it? We have developed an easy-to-use wrapper for Dakota so that CAESES® now interfaces with it. The full method set of Dakota can be applied directly within the CAESES® GUI, without learning additional software or using a console. This includes advanced sampling techniques and strategies e.g. for robust design optimization including surrogate models. CAESES® takes care of the entire variant and data management, there is no scripting etc. required. Everything comes ready-to-use with the pro version of CAESES® – just a single click away…

More information? Check out this short video, and this article about response surface models.

Dakota user interface in CAESES

Dakota user interface in CAESES


Light-Weight Grid Engine: SSH Resource Manager

CAESES® comes with an optional SSH Resource Manager, which is a separate piece of software. It is is a light weight grid engine designed to quickly enable CAESES® to start external simulations on remote computers based on the SSH protocol – with a single button-click, and from within the CAESES® GUI. Using the SSH Resource Manager behaves the same as if the simulation was executed on the local machine. If you do not use a grid engine already, then the SSH Resource Manager can greatly boost your design studies and optimizations with CAESES®.

SSH_Resource_Manager_Illustration_wbgThe SSH Resource Manager is a platform independent program that can run on any operating system for which Java is available. It allows to reduce the idle time of software licenses and to utilize available hardware resources fully. Additionally, it enables CAESES® to pass operating system boundaries, when, for example, the software you want to integrate has to run on a certain operating system but your CAESES® users work on a different operating system.



Your Benefits

Save loads of time by learning and using only a single tool that exclusively addresses CFD engineers. CAD modeling, CFD automation and finally optimization – everything in a unified single GUI! No hassle with error-prone scripting of complex tool chains, CAESES® users can really focus on their design task.




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