As increased performance and vehicle system requirements are placed on automotive powertrains more sophisticated methods of engineering analysis are required in their development. Since the containment of noise and vibration is a major design requirement for powertrains, experimental techniques such as laser holographic interferometry are used to tune the dynamic response of system components. This allows the overall system to be optimized from a noise and vibration standpoint as well as from the standpoint of structural integrity. This paper will discuss a variety of examples of how powertrain components have been optimized with the use of holographic methodology.
Holographic interferometry in automotive powertrain component engineering analysis
Holographische Interferometrie zur Analyse von Bestandteilen des Kraftfahrzeugmotoren
1995
9 Seiten, 23 Bilder, 6 Quellen
Conference paper
English
Holographic Interferometry in Automotive Powertrain Component Engineering Analysis
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