School of Doctorate in Industrial Engineering,
PhD in Mechanical Engineering Systems and
“Uninauto” Postgraduate Master in Automotive Engineering
are glad to invite you to the Workshop:
DRIVING NVH REFINEMENT OF NEXT POWERTRAINS GENERATION THROUGH VIRTUAL DESIGN
Videoconference Room – DIME Department of Mechanical Engineering for Energetics – Via Claudio, 21 Naples
Chairman : Mario J. Felice
Manager, Powertrain NVH CAE Department -
Ford Motor Company, USA
NVH ( Noise, Vibration, and Harshness) is one of the most important attributes in automotive design because it directly affects the customer’s perception of vehicle comfort, refinement and overall quality. A critical source influencing the vehicle NVH performance is the powertrain. Powertrain NVH can be categorized into two aspects, “wanted” and “unwanted”.The wanted aspect has to do with designing the powertrain to provide a pleasant and delightful sound that is smooth and powerful. This is known as Sound Quality. The unwanted aspect are associated with unintended error states resulting in annoying and irritating noises. This seminar will cover in details these NVH phenomena as they relate only to powertrain excitation. Lecture topics include:
23th June 2009 h 14,00 – 18,00
§ Welcome and Introductions
§ Seminar Synopsis
§ Overview of lecture topics over the 3 days Seminar
§ Presentation: Driving next generation Powertrain Refinement thru Virtual Design
§ Understanding Powertrain Design
§ Basic principles of Powertrain NVH
24th June 2009 h 9,00 – 13,00
§ Characterization of Noise and Vibration
§ Psychoacoustics & Sound Quality
§ Review Powertrain NVH Error States and Failure Modes
§ Discuss combustion and mechanical noise
§ NVH Diagnosis and Control
§ The importance of Virtual Simulation
25th June 2009 h 9,00 – 13,00
§ Description of Hybrid (Test+CAE) Simulation Methods and Examples
§ The power of Multi-Attribute CAE for Powertrain Refinement
§ Discuss use of Multi-Discipline and Multi-Physics CAE methods for high frequency NVH prediction
§ Exchange ideas on critical technologies for evaluating high frequency impulsive vibration and noise
§ Open discussion - Explore potential NVH research technologies with the University of Naples