ANSYS optiSLang

The Art of CAE-Based Parametric Variation Analysis from Sensitivity Analysis to Robust Design Optimization

September 7, 2017

6:00 PM - 8:00 PM (PDT)

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Venue:
JT Schmid's Restaurant & Brewery
2610 E. Katella Avenue
Anaheim, CA 92806
USA

Dinner will be provided.
Parking is complimentary. 

Contact:
Verly Flores
verly.flores@ansys.com

Join ANSYS as we host our partner, Dynardo, developer of optiSLang for a presentation and dinner event. ANSYS optiSLang is the leading edge software for CAE-based Robust Design Optimization (RDO) in virtual prototyping. This seminar will highlight the application of parameter-based sensitivity analysis, optimization, robustness and reliability analysis, as well as robust design optimization.

We are pleased to announce our guest speaker, Dr. Johannes Will, joining all the way from Germany. He is Founder and CEO of Dynardo GmbH with over 15 years of experience introducing parametric optimization and RDO to many different industries.

ANSYS optiSLang is a general purpose tool for variation analysis using CAE-based design points (and/or measured data points) for the purpose of

  • Sensitivity analysis
  • Calibration of virtual models to physical tests
  • Design/data exploration
  • Optimization of product performance
  • Quantification of product robustness and product reliability
  • Performance of robust design optimization

ANSYS optiSLang integrates any CAD/CAE code and enables engineers and designers to investigate the design sensitivities, improve designs, and validate product quality with easy-to-use wizard based workflows with a minimum number for design points.

Guest Speaker

Dr. Johannes Will

Founder and CEO, Dynardo GmbH

johannes_will



Johannes Will is the Founder and CEO of Dynardo GmbH. Since more than 10 years he is one of the main principal consultants at Dynardo implementing CAE-based Robust Design Optimization (RDO) in different industries. His expertise is covering all parts of the process, starting with process integration and automation, continuing with sensitivity analysis and robustness evaluation up to iterative and simultaneous RDO combining optimization strategies with stochastic analysis. Will holds a doctor degree in structural mechanics from Bauhaus University of Weimar.