This event is free, but registration is required as spaces are limited. Click here for further details.

This informative workshop will enable attendees to discover the benefits of using simulation software to control noise and vibration.

Noise and vibration performance is becoming increasingly important in the design of many products. Example applications include the noise generated by rotating machines (such as fans, propellers, turbochargers and electric motors), the interior noise generated by exterior flows (over automobiles, aircraft and launch vehicles) and the transmission of flow-induced noise and vibration through ducts (refrigerant lines, mufflers, pipelines, ECS and HVAC systems). In each of these applications, it is no longer sufficient to design a product that meets flow and thermal targets without also considering the impact on noise and vibration performance.

Small changes to the shape of a product can result in large changes to flow-induced noise and vibration. Recent advances in hardware performance, combined with newly developed methods in engineering simulation have opened up new opportunities for accurate modeling of flow- induced noise and vibration across a broad frequency range.

This seminar provides an overview of recently implemented methods and discusses various applications.

• Methods for simulating flow-induced noise and vibration
• Modeling aero and aero-vibro-acoustic noise
• Applications and Demonstrations

Industry experts will identify new challenges in simulation, and how advanced toolsets are addressing these issues through ongoing development. Sign up today to attend this informative workshop.