The Future Vehicles NVH Summit is the only digital conference event dedicated exclusively to NVH solutions for electrification and multi-material, lightweight vehicles
ABOUT FUTURE VEHICLES NVH SUMMIT
LIGHTWEIGHTING. ELECTRIFICATION. MOBILITY AS A SERVICE. AUTONOMOUS DRIVING.
The highly-interactive webinar series, Future Vehicles NVH Summit 2020 ran throughout September, bringing expert-led content and knowledge on the most pressing aspects of noise, vibration and harshness developments within the automotive industry!
View the full list of webinar events here.
Ride experience and comfort are increasingly significant factors in the customer value proposition as the automotive industry works toward realizing these future technologies.
Noise, vibration, harshness will become a central concept to the design of the vehicle.
Developing cost-effective, quieter vehicle systems and components, and understanding and sourcing the technical capabilities, such as sound package materials or mounting methods, available to enhance a vehicle’s NVH performance, are crucial to maintain competitive advantage as customer comfort becomes more important.
The Future Vehicles NVH Summit is the only digital conference event dedicated exclusively to exploring this intersection of lightweighting, Mobility as a Service, and noise and vibration strategies and technologies.
KEY TOPICS
FUTURE VEHICLE NVH SUMMIT SHOWCASED THE LATEST NOISE AND VIBRATION STRATEGIES INCLUDING...
Automotive megatrends – ‘Connected, Autonomous, Shared and Electric’ – and their impact on noise, vibration, harshness (NVH)
Acoustic engineering for electrification in the automotive industry
Vibroacoustic challenges in lightweighting engineering efforts
NVH simulation, testing and validation
Deriving measurable targets from subjective requirements on customer comfort
Minimizing buzz, rattle and squeak through design guidelines
Sound-package material performance and validation
CONTACT US
FLEUR JONKER
CONFERENCE INQUIRIES
Europe: +44 1273 916 313 (United Kingdom)
Toll free: +1 855 436 8683 (USA)