The phrase "acoustic simulation" is correct and usable in written English.
It can be used in contexts related to sound modeling, audio engineering, or virtual environments where sound behavior is being replicated or analyzed.
Example: "The software provides an acoustic simulation that allows users to experience how sound travels in different environments."
Alternatives: "sound modeling" or "audio simulation".
Their limitations in applications to the acoustic simulation of exhaust mufflers and piping systems are discussed.
This is expected to have a significant impact on the range of simulations available to engineers working in acoustic simulation.
The numerical algorithms, spatial and time discretizations, and approximations used for far-field acoustic simulation are presented.
This paper presents the results of the acoustic simulation of the Manuel de Falla Auditorium (MFA), Granada, Spain, carried out in CATT-Acoustic and CATT TUCT.
The flow around a side-view mirror and its noise generation are investigated using large eddy simulation and direct acoustic simulation.
For the isothermal single jet the present hybrid acoustic computation shows convincing agreement with the direct acoustic simulation based on large-eddy simulations.
for which numerical acoustic simulations are run from the earliest design stage.
This study constructs a frequency domain finite element (FE) solver for acoustic simulations of a practical sized room with MPP absorbers.
In order to analyze such effects, acoustic simulations were carried out using a commercial software, and starting from calibrated models of six different churches.
In that framework, this paper proposes a new updating technique for acoustic simulations, which is based on the constitutive relation error (CRE) proposed by Ladevèze in structural dynamics.
Nevertheless, using detailed finite element models for numerical computation of their properties leads to large models and long solution time, especially for acoustic simulations.
