In this webinar, Hexagon’s technical experts will go over different methodologies available to solve aero-acoustic problems and will demonstrate how they can be used to solve efficiently a large variety of applications.
Today’s CAE-led product development must cope with Multiphysics problems to deliver innovative and comfortable new products. While the technical skillset of the individuals is constantly expanding, computational aided engineering (CAE) tools need to allow them to efficiently deploy multidisciplinary numerical analyses.
In aero-acoustics design workflows, acoustics and noise has been commonly treated as a secondary concern, usually assessed at the last stages of design. Consequently, the desired aerodynamic performance does not necessarily translate to a suitable solution on the acoustic comfort level and vice-versa.
To answer these challenges, it is important to select for each application case the appropriate methodology allowing to find the right balance between model complexity, calculation time and added engineering insight.
In this webinar, Hexagon’s technical experts will go over the different methodologies available to solve aero-acoustic problems and will demonstrate how they can be used to solve efficiently a large variety of applications.
Watch this webinar to learn how:
- to perform aero-acoustic simulations
- CFD and acoustic simulations can be combined in a more efficient, hybrid process
- to save time when creating aero-acoustic simulations with CFD-integrated workflows
About the Speakers:
Alexis Talbot – Business Development Manager, Acoustics – Hexagon
Alexis Talbot is Head of Acoustic Business Development at Hexagon. Alexis has deep expertise in acoustic, vibro-acoustic and aero-acoustic simulations. Since receiving his master’s degree from INSA Lyon in France, he has worked in Hexagon’s acoustic center of excellence in various roles, starting as an application engineer and then moving to marketing and finally business development positions. Through these experiences, Alexis performed engineering services and helped customers solve a large variety of flow and fan noise problems.
Sunil Vytla – Senior Applications Engineer, Fluids – Hexagon
V V Sunil Kumar Vytla has been with Hexagon since 2009. He received his Ph.D. in Engineering from Wright State University, Dayton, OH in 2011. His doctoral research was focused on developing optimization algorithms and framework for Multi-Disciplinary Optimization problems. He is currently working as Sr. CFD Engineer supporting and training customers to use Cradle CFD Products. He specializes in Fluid Structure Interaction applications and Aero-Acoustic applications.
This webinar is sponsored by Hexagon.
