Vibro-acoustic source characterization is an essential task in vehicle development to enable
prediction of receiver response. For structure-borne noise, the interface forces in multiple …

Frequency response functions (FRF), such as mobilities, are widely used in the analysis of
vibration and structure-borne sound and it is important that this FRF data can be measured …

Blocked forces can be used to describe, independently, the operational characteristics of a
vibratory source. Their use within a computational model avoids the need to represent …

The vibro-acoustic response of complex structures with uncertain properties is a problem of
great concern for modern industries. In recent years, much research has been devoted to the …

Inverse problems are widely encountered in fields as diverse as physics, geophysics,
engineering and finance. In the present paper, a covariance based framework for the …

Blocked force determination is an alternative to the more routine method of inverse force
determination using classical transfer path analysis. One advantage of determining blocked …

Vibro-acoustic source characterization is a substantial task in the development of robust
products for the automotive industry. Ideally, such characterization should be receiver …

The vibro-acoustic behavior of systems and components in modern vehicles play an
increasingly important role in the development process of high quality products in …

Understanding the process by which a product generates and radiates sound is
fundamental in designing products with better sound quality in mind. In consumer products …

The airborne sound transmission through a building element such as a partition/panel is
governed by the sound insulation of the partition, or the resistance the partition provides to …