2017年SAE噪音和振动会议
会议介绍：The SAE 2017 Noise and Vibration Conference and Exhibition is the premier technical event dedicated to mobility noise, vibration and harshness. Held biennially, this conference serves as a forum for leading automotive, commercial vehicle, and aerospace professionals to share the latest technologies surrounding NVH, and sound quality. The following topics related to vehicle design, engineering and testing will be the focus of the event:
Engine/Powertrain/Drivetrain
Heavy Vehicle and Vehicle Exterior
Numerical Methods
NVH Measurement
Passive and Active NVH Control
Standards, Process and Perspectives
Vehicle Subsystem NVH
Commercial and Specialty Vehicles
We invite you to join SAE International and the industry at this important event in 2017.
征文范围：
Powertrain: Conventional, Hybrid and Electric：
· Diesel
· Driveline
· Intake / Exhaust
· Structural Analysis
· Hybrid and Electric Vehicles
· Powertrain Systems
Body & Chassis：
· Body Structure / Chassis
· Brakes
· Interior Noise and Vibration Sources
· Mounts and Shock Absorbers
· Buzz, Squeak and Rattle
· Tires
· Drive-By Noise
· Wind Noise and Aeroacoustics
· Structural Analysis
· Materials
Noise and Vibration：
· SEA Design
· Vibro Acoustic Analysis
· Active Noise and Vibration
· Noise Path Analysis
· Subjective Response
· Sound Source Identification
Vehicle：
· Product Development Process
· Standards and Regulations
· Lightweight Design
· Power Sport Vehicles
· Heavy Duty Truck/Off-Highway
Facilities and Instrumentation：
· Facilities
· Instrumentation Systems, Sensors and
Methods：
· NVH Measurement Using Mobile Devices
Aerospace
Marine
Other：
· Historical Perspectives
· Business Management
Joint Sessions Between SAE
International and INCE - USA：
· Lightweight vehicle construction acoustic design
· Artificially generated noise in vehicle interiors and sound quality considerations
· Hybrid vehicles and exterior noise -requirements and environmental impact
· Improvements in product development
process for delivering NVH - across industries, best tools, and best methods
· Aircraft interior noise
· Pavement, tire/pavement interactions, and environmental regulations
· Aerodynamic noise prediction and validation
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