The acoustical properties of wood are primarily a function of its elastic properties. Numerical
and analytical methods for wood material characterization are available, although they are …

Violins incorporate numerous interfaces and anisotropic behaviour due to natural materials.
Hence, the modelling of these instruments is extremely complex. The present work …

The construction of the violin involves numerous technological processes and materials that
influence the acoustic quality of the violins. Over time, the influence of the various factors that …

The mechanics, dynamics and acoustics of musical instruments concern scientists from
different fields, such as physics, mechanics, acoustics, psychology, and music, as well as …

Musical instrument making is often considered a mysterious form of art, its secrets still
escaping scientific quantification. There is not yet a formula to make a good instrument, so …

The violin classroom represents a vital component of the music performance profession and
plays a pivotal role in nurturing violin arts education. It serves as the crucible for cultivating …

This study presents a comprehensive statistical analysis exploring the relationship between
the design features and the power of the sound spectrum of culturally significant violins. Our …