Cost Reduction for Industrial & Process Equipment
Cost Reduction for Industrial & Process Equipment
About Virtual Summit
“The interior of a vehicle can be distractingly loud due to wind turbulence, especially at highway speeds . At Corning,
engineers combined aerodynamic and vibro-acoustic analysis in ANSYS Workbench to determine how glazing can help control interior noise. There was excellent agreement between the simulation results and experimental SPL data”-Chao Yu, Senior Project Engineer, Corning, USA .The role of acoustic performance of products is an important factor that gives competitive edge on buying decisions of many common products like speakers, cars, planes, buildings,consumer appliances, and industrial machinery, etc. To save time and costs associated with predicting and fine-tuning acoustic performance of the product early in the product development cycle, modeling and simulation has become essential.
Join us for this webinar to learn about the modeling and simulation for acousticperformance predictions. In this session, we will discuss on the following topics:
- Noise generation, propagation, and source identification due to fluid flow using CFD techniques.
- Pure noise propagation and structural vibration induced noise in coupled physics systems using different methods like FEM, BEM, SEA.
- Applications, including Muffler transmission loss, fan noise, Car cabin noise due to external turbulent flow and road excitation, Living room acoustics, Sound radiation during impact events, Ultrasound sensor modelling, Underwater scattering, Electric motor noise, etc.
Who should attend ?
• Acoustics Engineers
• NVH Engineers
• Design Engineers
• CAE analysts
• Electrical motor designers
• Project leaders / Managers
• Design Managers
Our Speaker
Santhosh Kumar Murugadass
Lead Technology Specialist, Ansys
Ansys With more than fifteen years of comprehensive experience, Santhosh M has worked upon CAE software solutions, Consulting, Mechanical product design and testing. He is recognized for keen ability to improve component design, simulation workflow process. He has developed industry neutral skills in applying numerical simulation methods to solve design challenges and troubleshoot field problems over wide range of industry applications. His area of specializations are structural dynamics and vibro-acoustic. Santhosh M has completed BE in Aeronautical engineering and MS in Mechanical Systems Design.
+123 456 789
india@nafems.co.in
