Harmonic Acoustics

The following material properties are supported for Harmonic Acoustics analyses.

Properties
Density, f(T,F) Speed of Sound, f(T,F) Viscosity, f(T,F) Bulk Viscosity, f(T,F) Isotropic Thermal Conductivity, f(T,F) Orthotropic Thermal Conductivity, f(T,F) Specific Heat, C_p, f(T,F) See the Linear Material Properties section of the Mechanical APDL Material Reference for a description of the above properties. Perforated Media The modeling of a perforated media is supported by the use of one of the following models: Johnson-Champoux-Allard Equivalent Fluid Delany-Bazley Equivalent Fluid Miki Equivalent Fluid Complex Impedance and Propagating-Constant Equivalent Fluid Complex Density and Velocity Equivalent Fluid See the Equivalent Fluid Model of Perforated Material section of the Mechanical APDL Acoustic Analysis Guide for a more detailed description of the above properties.

Properties

*Density, f(T,F)

*Speed of Sound, f(T,F)

Viscosity, f(T,F)

Bulk Viscosity, f(T,F)

Isotropic Thermal Conductivity, f(T,F)

Orthotropic Thermal Conductivity, f(T,F)

Specific Heat, C_p, f(T,F)

See the Linear Material Properties section of the Mechanical APDL Material Reference for a description of the above properties.

Perforated Media

The modeling of a perforated media is supported by the use of one of the following models:

See the Equivalent Fluid Model of Perforated Material section of the Mechanical APDL Acoustic Analysis Guide for a more detailed description of the above properties.