Sentence examples for models of acoustic from inspiring English sources

A complex hierarchical structure of geomaterials' inhomogeneities became a reason for consideration of simplified models of acoustic wave propagation in such materials.

Both methodologies are applied to a real seismic dataset with three wells to obtain 3D models of acoustic impedance, porosity and lithofacies.

Finite element models of acoustic fields in lined pipes and ducts involve the simultaneous use of different material models as well as a high degree of repetition.

The frequency and region of the ionospheric oscillation is consistent with that predicted by numerical models of acoustic resonance between the ground surface and the lower thermosphere (Shinagawa et al., 2007; Matsumura et al., 2011).

Many simple models of acoustic linings assume the lining to be linear and locally reacting; examples considered here include the three-parameter, mass spring damper, Helmholtz resonator and enhanced Helmholtz resonator models.

Our study shows that the tropical rainforest ecosystem represents a unique opportunity to experimentally test theoretical models of acoustic communication.

This has implications for transient FEM modelling of acoustic radiation.

This has previously been a successful approach in physical modelling of acoustic systems.

Section 1.2 briefly describes the modeling of acoustic fields inside a car as coupling of fluid and structure vibrations.

The advantages of the new method are also demonstrated by the results of dispersion analysis and numerical modeling of acoustic wave equation for homogeneous and inhomogeneous acoustic models.

A rational design process depends on the adoption of a design methodology based on predictive modelling of acoustic behaviour.