This paper presented an overview of the prediction methods used in building acoustics. The
methods reviewed were based on analytical models, empirical models and numerical …

The present work instigates a systematic literature review (SLR) methodology to highlight
the most important studies and research progress on the vibration-induced sound radiation …

Free and forced vibrations of Z-reinforced sandwich plates stiffened by steel ribs are
researched by experimental and mixed analytical–numerical techniques. A test sample of …

Researchers generally study optimization problems against noise using frequency-domain
analysis. Nonetheless, ubiquitous transient behaviors indicate that time-domain optimization …

The sound transmission loss (STL) of a stiffened building structure is investigated using a
coupled finite element and boundary element method. This STL prediction method takes into …

Although frequency-domain optimization approaches are commonly used for noise control,
ubiquitous transient behaviors indicate that time-domain approaches cannot be ignored …

In this article, a novel approach is presented to perform topology optimization in a simple
and explicit way. The method capitalizes on the use of a bio-inspired algorithm to represent …

This research devotes to study the behaviors of sub-and super-harmonic resonances of
spiral stiffened functionally graded (SSFG) variable thickness cylindrical panels (VTCP) …

This paper deals with vibroacoustic analysis of bidirectional stiffened thin plates with
nonuniform discrete elastic edge restraints. The displacement-like governing equation of …

Transient noise is a typical real-life noise problem. In order to develop efficient methods of
dealing with it, the generating and transmitting mechanisms of transient noise radiating from …