The aim of this paper is to provide an overview of the existing industrial practices used for
cabin noise control in various industries such as automotive, marine, aerospace, and …

The present paper describes the results of the investigation of low and medium frequency
vehicle interior noise carried out using simplified structural-acoustic models. Analytical, finite …

Interior sound quality is one of the significant factors contributing to the comfort level of the
occupants of a passenger car. One of the major reasons for the deterioration of interior …

This paper presents the results of the numerical investigation of structure-borne vehicle
interior noise in a simplified model of vehicle compartment. The aim of the paper is to …

Vehicle interior noise has been an important problem for the car industry for at least the past
four decades. 1 With many noise generation mechanisms, including structural and airborne …

The present paper gives a review of the recent research into simplified reducedscale models
of automotive structures that can be used for prediction of structure-borne vehicle interior …

The present paper describes the results of finite element analysis of structural vibration
modes, interior acoustic modes, and structural-acoustic modes in some simplified models of …

Vehicle interior noise is a very important issue for automotive industry. 1-4 The tendency to
lighten up a car body structure leads to the reduction of its natural frequencies of vibration …

Inside cabin of a passenger car, low frequency booming noise still presents a major hurdle
for NVH engineers to fine tune a vehicle. Low frequency booming noise is presently taken …

The present paper describes the results of the combined finite element and experimental
approach to studying structure-borne vehicle interior noise using a simplified reduced-scale …