 Acoustic Streaming for Pressure Acoustics |
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| Frequency-Stationary |
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| Frequency-Transient |
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| Acoustic Streaming for Thermoviscous Acoustics |
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| Frequency-Stationary |
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| Frequency-Transient |
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| Acoustic–Piezoelectric Interaction, Frequency Domain |
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| Eigenfrequency |
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| Frequency Domain |
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| Frequency Domain, Modal |
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| Acoustic–Piezoelectric Interaction, Transient |
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| Eigenfrequency |
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| Frequency Domain |
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| Frequency Domain, Modal |
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| Modal Reduced Order Model |
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| Time Dependent |
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| Time Dependent, Modal |
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| Acoustic–Poroelastic Waves Interaction |
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| Eigenfrequency |
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| Frequency Domain |
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| Frequency Domain, Modal |
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| Acoustic–Shell Interaction, Frequency Domain1 |
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| Eigenfrequency |
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| Frequency Domain |
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| Frequency Domain, Modal |
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| Acoustic–Shell Interaction, Transient1 |
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| Eigenfrequency |
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| Frequency Domain |
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| Frequency Domain, Modal |
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| Modal Reduced Order Model |
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| Time Dependent |
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| Time Dependent, Modal |
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| Acoustic–Solid Interaction, Frequency Domain |
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| Eigenfrequency |
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| Frequency Domain |
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| Frequency Domain, Modal |
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| Mode Analysis in 2D |
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| Acoustic–Solid Interaction, Time Explicit |
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| Time Dependent |
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| Acoustic–Solid Interaction, Transient |
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| Eigenfrequency |
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| Frequency Domain |
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| Frequency Domain, Modal |
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| Modal Reduced Order Model |
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| Time Dependent |
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| Time Dependent, Modal |
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| Acoustic–Solid–Poroelastic Waves Interaction |
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| Eigenfrequency |
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| Frequency Domain |
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| Frequency Domain, Modal |
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| Compressible Potential Flow |
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| Stationary |
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| Time Dependent |
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| Linearized Euler, Boundary Mode |
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| Mode Analysis |
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| Linearized Euler, Frequency Domain |
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| Eigenfrequency |
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| Frequency Domain |
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| Mode Analysis in 2D |
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| Linearized Euler, Transient |
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| Time Dependent |
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| Linearized Navier–Stokes, Boundary Mode |
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| Mode Analysis |
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| Linearized Navier–Stokes, Frequency Domain |
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| Eigenfrequency |
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| Frequency Domain |
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| Mode Analysis in 2D |
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| Linearized Navier–Stokes, Transient |
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| Time Dependent |
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| Linearized Potential Flow, Boundary Mode |
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| Mode Analysis |
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| Linearized Potential Flow, Frequency Domain |
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| Frequency Domain |
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| Mode Analysis in 1D axisymmetry and 2D |
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| Linearized Potential Flow, Transient |
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| Frequency Domain |
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| Mode Analysis in 1D axisymmetric and 2D |
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| Time Dependent |
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| Elastic Waves, Time Explicit |
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| Time Dependent |
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| Piezoelectric Waves, Time Explicit |
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| Time Dependent |
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| Poroelastic Waves |
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| Eigenfrequency |
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| Frequency Domain |
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| Frequency Domain, Modal |
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| Solid Mechanics (Elastic Waves) |
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| Boundary Mode Analysis (with the Port condition in 3D) |
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| Eigenfrequency |
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| Eigenfrequency, Prestressed |
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| Frequency Domain |
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| Frequency Domain, Modal |
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| Frequency Domain, Prestressed |
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| Mode Analysis in 2D |
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| Stationary |
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| Time Dependent |
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| Time Dependent, Modal |
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| Acoustic Diffusion Equation |
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| Eigenvalue |
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| Stationary |
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| Time Dependent |
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| Ray Acoustics |
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| Ray Tracing |
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| Time Dependent |
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| Pipe Acoustics, Frequency Domain |
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| Eigenfrequency |
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| Frequency Domain |
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| Pipe Acoustics, Transient |
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| Time Dependent |
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| Pressure Acoustics, Asymptotic Scattering |
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| Frequency Domain |
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| Pressure Acoustics, Boundary Elements |
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| Frequency Domain |
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| Pressure Acoustics, Boundary Mode |
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| Mode Analysis |
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| Pressure Acoustics, Frequency Domain |
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| Boundary Mode Analysis (for Ports) |
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| Eigenfrequency |
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| Frequency Domain |
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| Frequency Domain, Modal |
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| Mode Analysis in 1D axisymmetry and 2D |
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| Pressure Acoustics, Kirchhoff-Helmholtz |
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| Frequency Domain |
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| Pressure Acoustics, Time Explicit |
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| Time Dependent |
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| Pressure Acoustics, Transient |
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| Eigenfrequency |
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| Frequency Domain |
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| Frequency Domain, Modal |
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| Modal Reduced Order Model |
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| Mode Analysis in 1D axisymmetric and 2D |
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| Time Dependent |
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| Time Dependent, Modal |
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| Acoustic–Thermoviscous Acoustic Interaction, Frequency Domain |
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| Eigenfrequency |
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| Frequency Domain |
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| Frequency Domain, Modal |
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| Thermoviscous Acoustic–Shell Interaction, Frequency Domain1 |
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| Eigenfrequency |
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| Frequency Domain |
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| Frequency Domain, Modal |
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| Thermoviscous Acoustic–Solid Interaction, Frequency Domain |
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| Eigenfrequency |
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| Frequency Domain |
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| Frequency Domain, Modal |
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| Thermoviscous Acoustic–Thermoelasticity Interaction, Frequency Domain1 |
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| Frequency Domain Perturbation |
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| Thermoviscous Acoustic–Thermoelasticity Interaction, Transient1 |
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| Time Dependent |
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| Thermoviscous Acoustics, Boundary Mode |
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| Mode Analysis |
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| Thermoviscous Acoustics, Frequency Domain |
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| Eigenfrequency |
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| Frequency Domain |
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| Frequency Domain, Modal |
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| Mode Analysis in 1D axisymmetry and 2D |
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| Thermoviscous Acoustics, SLNS Approximation |
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| Frequency Domain |
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| Thermoviscous Acoustics, Transient |
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| Time Dependent |
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| Convected Wave Equation, Time Explicit |
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| Time Dependent |
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| Nonlinear Pressure Acoustics, Time Explicit |
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| Time Dependent |
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| Compressible Potential Flow |
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| Interior Wall (Slip Velocity) |
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| Mass Flow |
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| Mean Flow Velocity Potential |
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| Normal Flow |
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| Slip Velocity |
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| Symmetry |
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| Periodic Condition |
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| Antiperiodicity |
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| Continuity |
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| Linearized Euler |
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| Asymptotic Far-Field Radiation |
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| Impedance (Ingard-Myers) |
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| Interior Impedance |
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| Interior Wall |
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| Moving Wall |
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| Prescribed Acoustic Fields |
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| Pressure (Isentropic) |
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| Rigid Wall |
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| Sound Soft Boundary (Isentropic) |
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| Specific Acoustic Impedance (Isentropic) |
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| Symmetry |
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| Periodic Condition |
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| Antiperiodicity |
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| Continuity |
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| Cyclic Symmetry |
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| Floquet Periodicity |
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| User Defined |
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| Linearized Navier-Stokes |
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| Interior Impedance |
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| Interior Wall |
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| Pressure (Adiabatic) |
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| Symmetry |
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| Wall |
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| Mechanical |
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| Boundary Stress |
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| Impedance |
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| No Slip |
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| No Stress |
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| Prescribed Pressure |
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| Prescribed Velocity |
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| Slip (ideal) |
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| Periodic Condition |
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| Antiperiodicity |
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| Continuity |
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| Cyclic Symmetry |
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| Floquet Periodicity |
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| User Defined |
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| Thermal |
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| Adiabatic |
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| Heat Flux |
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| Isothermal |
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| Prescribed Temperature |
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| Linearized Potential Flow |
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| Impedance |
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| Incident Velocity Potential |
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| Interior Impedance |
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| Interior Sound Hard Boundary (Wall) |
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| Normal Mass Flow |
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| Normal Velocity |
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| Plane Wave Radiation |
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| Sound Hard Boundary (Wall) |
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| Sound Soft Boundary |
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| Velocity Potential |
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| Vortex Sheet |
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| Periodic Condition |
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| Antiperiodicity |
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| Continuity |
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| Port |
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| Annular |
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| Circular |
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| User Defined |
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| Elastic Waves, Time Explicit |
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| Antisymmetry |
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| Boundary Load |
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| Compute Displacement |
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| Fixed |
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| Fracture |
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| Free |
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| General Flux/Source |
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| General Interior Flux |
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| Low-Reflecting Boundary |
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| Material Discontinuity |
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| Material Discontinuity (Isotropic) |
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| Prescribed Velocity |
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| Roller |
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| Symmetry |
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| Poroelastic Waves |
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| Added Mass |
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| Boundary Load |
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| Fixed Constraint |
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| Free |
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| Free, Sound Soft |
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| Impervious Layer |
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| Impervious Mass Layer |
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| Interior Impervious Layer |
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| Periodic Condition |
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| Prescribed Acceleration |
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| Prescribed Displacement |
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| Prescribed Velocity |
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| Pressure |
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| Rigid Connector |
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| Roller |
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| Spring Foundation |
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| Symmetry |
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| Thin Elastic Layer |
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| Solid Mechanics |
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| Added Mass |
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| Antisymmetry |
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| Boundary Load |
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| Fixed Constraint |
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| Free |
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| Low-Reflecting Boundary |
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| Periodic Condition |
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| Port |
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| Prescribed Acceleration |
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| Prescribed Displacement |
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| Prescribed Velocity |
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| Roller |
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| Spring Foundation |
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| Symmetry |
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| Thin Layer |
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| Acoustic Diffusion Equation |
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| Inward Energy Flux |
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| Mapped Room Coupling |
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| Room Coupling |
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| Wall |
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| Ray Acoustics |
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| Material Discontinuity |
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| Ray Detector |
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| Receiver |
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| Release from Boundary |
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| Release from Pressure Field |
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| Wall |
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| Accumulator |
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| Diffuse Scattering |
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| Disappear |
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| Freeze |
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| General Reflection |
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| Isotropic Scattering |
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| Mixed Diffuse and Specular Reflection |
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| Pass Through |
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| Sound Pressure Level Calculation |
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| Specular Reflection |
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| Stick |
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| Boundary Impedance Models (Impedance), Frequency Domain |
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| Absorption Coefficient |
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| User defined |
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| Characteristic Specific Impedance |
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| Cylindrical wave |
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| Plane wave |
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| Spherical wave |
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| Physiological |
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| Human ear drum |
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| Human ear without pinna |
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| Human ear, full |
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| Human skin |
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| Outward human ear radiation |
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| Porous Layer |
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| Select the porous layer properties from the list of Poroacoustic models |
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| RCL |
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| Options for all permutations of an RCL circuit |
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| Waveguide end impedance |
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| Flanged pipe, circular |
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| Flanged pipe, rectangular |
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| Unflanged pipe, circular |
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| Unflanged pipe, circular (low ka limit) |
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| Boundary Impedance Models (Impedance), Time Explicit |
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| General local reacting (rational approximation) |
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| Serial coupling RCL |
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| User defined (resistive) |
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| Boundary Impedance Models (Impedance), Transient |
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| General local reacting (rational approximation) |
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| Serial coupling RCL |
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| User defined (resistive) |
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| Pressure Acoustics (FEM Based) |
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| Cylindrical Wave Radiation |
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| Exterior Field Calculation |
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| Interior Normal Acceleration |
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| Interior Normal Displacement |
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| Interior Normal Velocity |
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| Interior Perforated Plate |
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| Interior Sound Hard Boundary |
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| Matched Boundary |
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| Normal Acceleration |
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| Normal Displacement |
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| Normal Velocity |
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| Perfectly Matched Boundary |
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| Plane Wave Radiation |
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| Pressure |
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| Sound Hard Boundary (Wall) |
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| Sound Soft Boundary |
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| Spherical Wave Radiation |
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| Symmetry |
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| Thermoviscous Boundary Layer Impedance |
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| Transfer Matrix Coupling |
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| Interior Impedance |
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| Membrane |
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| Perforated Plate |
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| Porous Mass Layer |
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| Thin Plate |
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| User Defined |
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| Interior Lumped Speaker Boundary |
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| Connection to Circuit |
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| Lumped Port |
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| Connection to Circuit, Two-port, or Waveguide |
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| Lumped Speaker Boundary |
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| Connection to Circuit |
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| Periodic Condition |
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| Antiperiodicity |
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| Continuity |
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| Cyclic Symmetry |
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| Floquet Periodicity |
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| User Defined |
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| Port |
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| Annular |
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| Circular |
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| Numeric |
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| Rectangular |
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| Slit |
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| User Defined |
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| User Defined (nondispersive) |
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| Pressure Acoustics, Boundary Elements |
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| Excluded Boundary |
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| Impedance |
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| Interior Normal Acceleration |
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| Interior Normal Displacement |
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| Interior Normal Velocity |
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| Interior Sound Hard Boundary (Wall) |
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| Normal Acceleration |
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| Normal Displacement |
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| Normal Velocity |
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| Pressure |
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| Sound Hard Boundary (Wall) |
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| Sound Soft Boundary |
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| Pressure Acoustics, Time Explicit |
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| Exterior Field Calculation |
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| General Flux/Source |
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| General Interior Flux |
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| Impedance |
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| Interior Impedance |
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| Interior Normal Velocity |
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| Interior Sound Hard Boundary (Wall) |
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| Material Discontinuity |
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| Normal Velocity |
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| Pressure |
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| Sound Hard Boundary (Wall) |
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| Sound Soft Boundary |
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| Symmetry |
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| Material Discontinuity |
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| Receiver |
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| Wall |
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| Diffuse Scattering |
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| Mixed Diffuse and Specular Reflections |
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| Specular Reflection |
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| Interior Impedance |
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| Interior Temperature Variation |
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| Interior Velocity |
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| Interior Wall |
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| Pressure (Adiabatic) |
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| Slip Wall |
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| Surface Tension |
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| Symmetry Condition |
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| Wall |
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| Interior Lumped Speaker Boundary |
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| Connection to Circuit |
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| Lumped Port |
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| Connection to Circuit, Two-port, or Waveguide |
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|
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| Lumped Speaker Boundary |
|
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| Connection to Circuit |
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| Mechanical Conditions |
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| Boundary Stress |
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| Impedance |
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| No Slip |
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| No Stress |
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| Slip (ideal) |
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| Velocity |
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| Periodic Condition |
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| Antiperiodicity |
|
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| Continuity |
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| Cyclic Symmetry |
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| Floquet Periodicity |
|
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| User Defined |
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| Port |
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| Circular (0,0)-mode |
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| Numeric (0,0)-mode |
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| Plane Wave |
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| Slit (0,0)-mode |
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| User Defined |
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| Thermal Conditions |
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| Adiabatic |
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| Heat Flux |
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| Isothermal |
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| Temperature Variation |
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|
| Convected Wave Equation, Time Explicit |
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| Acoustic Impedance |
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|
| General Flux/Source |
|
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|
| General Interior Flux |
|
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|
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|
|
| Interior Normal Velocity |
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| Interior Wall |
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| Normal Velocity |
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| Pressure |
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| Sound Hard Wall |
|
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|
|
| Symmetry |
|
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|
|
|
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|
|
| Nonlinear Pressure Acoustics, Time Explicit |
|
|
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|
| Compute Maximum and Minimum Pressure |
|
|
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|
|
| General Flux/Source |
|
|
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|
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|
|
|
|
|
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|
|
| General Interior Flux |
|
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|
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|
| Impedance |
|
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|
|
|
|
|
|
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|
|
| Interior Normal Velocity |
|
|
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|
|
|
|
|
|
|
| Interior Sound Hard Boundary (Wall) |
|
|
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|
|
|
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|
|
|
|
|
| Material Discontinuity |
|
|
|
|
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|
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|
|
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|
|
|
|
|
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|
|
| Normal Velocity |
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|
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| Pressure |
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|
| Sound Hard Boundary (Wall) |
|
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| Sound Soft Boundary |
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| Symmetry |
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| Mass Flow Circular Source |
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| Mass Flow Edge Source |
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| Mass Flow Line Source on Axis |
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| Mass Flow Point Source |
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| Edges |
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| Fluid Properties |
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| Initial Values |
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| Pipe Properties |
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| Volume Force |
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| Points |
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| Closed |
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| Pressure |
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| Velocity |
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| End Impedance |
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| Flanged Pipe, Circular |
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| Flanged Pipe, Rectangular |
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| Infinite Pipe |
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| Infinite Pipe (Low Mach Number Limit) |
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| Unflanged Pipe, Circular |
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| Unflanged Pipe, Circular (Low ka Limit) |
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| User Defined |
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| Pressure |
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| Dipole Point Source |
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| Power |
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| User Defined |
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| Line Source |
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| Flow |
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| Gaussian Pulse |
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| Intensity |
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| Power |
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| Monopole Point Source |
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| Flow |
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| Gaussian Pulse |
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| Intensity |
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| Power |
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| Quadrupole Point Source |
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| Power (lateral) |
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| Power (longitudinal) |
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| User Defined |
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| Added Mass |
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| Edge and Point Load |
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| Fixed Constraint |
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| Prescribed Displacement |
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| Spring Foundation |
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| Liquids and Gases |
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| Piezoelectric |
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| Thermodynamics: Predefined System |
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| Dry air |
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| Moist air |
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| Water-steam |
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| Acoustic BEM-FEM Boundary |
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| For Coupling: Pressure Acoustics, Boundary Elements to Pressure Acoustics, Frequency Domain |
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| Impedance (subfeature) |
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| Membrane |
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| Perforated Plate |
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| Porous Mass Layer |
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| Thin Plate |
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| User Defined |
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| Acoustic Streaming Boundary Coupling |
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| Pressure Acoustics, Frequency Domain to a Fluid Flow Interface |
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| Thermoviscous Acoustics, Frequency Domain to a Fluid Flow Interface |
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| Acoustic–Porous Boundary |
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| For Coupling: Pressure Acoustics (FEM/BEM) to Poroelastic Waves |
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| Acoustic–Structure Boundary |
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| Thermoviscous Boundary Layer Impedance (subfeature) |
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| Pressure Acoustics (FEM/BEM) to Layered Shell1 |
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| Pressure Acoustics (FEM/BEM) to Membrane (interior and exterior)1 |
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| Pressure Acoustics (FEM/BEM) to Multibody Dynamics1 |
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| Pressure Acoustics (FEM/BEM) to Shell (interior and exterior)1 |
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| Pressure Acoustics (FEM/BEM) to Solid Mechanics |
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| Acoustic–Structure Boundary, Time Explicit |
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| Nonlinear Pressure Acoustics, Time Explicit to Elastic Waves, Time Explicit |
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| Pressure Acoustics, Time Explicit to Elastic Waves, Time Explicit |
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| Acoustic–Thermoviscous Acoustic Boundary |
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| For Coupling: Pressure Acoustics (FEM/BEM) to Thermoviscous Acoustics |
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| Aeroacoustic–Structure Boundary |
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| Linearized Navier-Stokes to Layered Shell1 |
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| Linearized Navier-Stokes to Membrane (interior and exterior)1 |
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| Linearized Navier-Stokes to Multibody Dynamics1 |
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| Linearized Navier-Stokes to Shell (interior and exterior)1 |
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| Linearized Navier-Stokes to Solid Mechanics |
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| Convected Acoustic–Structure Boundary, Time Explicit |
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| For Coupling: Convected Wave Equation, Time Explicit to Elastic Waves, Time Explicit |
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| Pair Acoustic–Structure Boundary |
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| For Coupling: Pressure Acoustics to Solid Mechanics (for an assembly geometry) |
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| Pair Acoustic–Structure Boundary, Time Explicit |
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| Nonlinear Pressure Acoustics, Time Explicit to Elastic Waves, Time Explicit on a geometric assembly |
|
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| Pressure Acoustics, Time Explicit to Elastic Waves, Time Explicit on a geometric assembly |
|
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| Pair Acoustic–Thermoviscous Acoustic Boundary |
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| For Coupling: Pressure Acoustics to Thermoviscous Acoustics (for an assembly geometry) |
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| Pair Convected Acoustic–Structure Boundary, Time Explicit |
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|
| For Coupling: Convected Wave Equation, Time Explicit to Elastic Waves, Time Explicit on a geometric assembly |
|
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| Pair Thermoviscous Acoustic–Structure Boundary |
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| For Coupling: Thermoviscous Acoustics to Solid Mechanics (for an assembly geometry) |
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| Porous–Structure Boundary |
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| Poroelastic Material to Layered Shell1 |
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| Poroelastic Material to Membrane (interior and exterior)1 |
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| Poroelastic Material to Multibody Dynamics1 |
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| Poroelastic Material to Shell (interior and exterior)1 |
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| Poroelastic Material to Solid Mechanics |
|
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| Thermoviscous Acoustic–Structure Boundary |
|
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| Thermoviscous Acoustics to Layered Shell1 |
|
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|
| Thermoviscous Acoustics to Membrane (interior and exterior)1 |
|
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|
|
| Thermoviscous Acoustics to Multibody Dynamics1 |
|
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|
|
| Thermoviscous Acoustics to Shell (interior and exterior)1 |
|
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|
|
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|
|
| Thermoviscous Acoustics to Solid Mechanics |
|
|
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|
|
| Thermoviscous Acoustic–Thermal Perturbation Boundary1 |
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|
| For Coupling: Thermoviscous Acoustics to Heat Transfer in Solids1 |
|
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|
| Thermoviscous Acoustic–Thermoelasticity Boundary1 |
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|
|
| For Coupling: Thermoviscous Acoustics to Thermoelasticity1 |
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| Thermoviscous Acoustics SLNS–Structure Boundary |
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| Thermoviscous Acoustics to Layered Shell1 |
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| Thermoviscous Acoustics to Membrane (interior and exterior)1 |
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| Thermoviscous Acoustics to Multibody Dynamics1 |
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| Thermoviscous Acoustics to Shell (interior and exterior)1 |
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| Thermoviscous Acoustics to Solid Mechanics |
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| Acoustic–Pipe Acoustic Connection |
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| For Coupling: Pressure Acoustics (FEM) to Pipe Acoustics |
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| Acoustic Streaming Domain Coupling |
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| Pressure Acoustics, Frequency Domain to a Fluid Flow interface |
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| Thermoviscous Acoustics, Frequency Domain to a Fluid Flow interface |
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| Aeroacoustic Flow Source Coupling |
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| For Coupling: Fluid Flow (LES or DES) to Pressure Acoustics, Frequency Domain |
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| Background Fluid Flow Coupling |
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| Fluid Flow to Convected Wave Equation |
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| Fluid Flow to Linearized Euler |
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| Fluid Flow to Linearized Navier–Stokes |
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| Background Potential Flow Coupling |
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| For Coupling: Compressible Potential Flow to Linearized Potential Flow |
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| Lorentz Coupling2 |
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| For Coupling: Magnetic Fields to Solid Mechanics2 |
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| Magnetic Forces2 |
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| For Coupling: Solid Mechanics to Magnetic Fields, No Currents2 |
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| Magnetomechanical Forces2 |
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| For Coupling: Solid Mechanics to Magnetic Fields2 |
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| Nonlinear Magnetostriction2 |
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| Solid Mechanics to Magnetic Fields2 |
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| Solid Mechanics to Rotating Machinery, Magnetic2 |
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| Piezoelectricity |
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| For Coupling: Solid Mechanics to Electrostatics |
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| Piezoelectricity, Time Explicit |
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| For Coupling: Elastic Waves, Time Explicit to Electrostatics |
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| Piezomagnetism2 |
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| Solid Mechanics to Magnetic Fields2 |
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| Solid Mechanics to Rotating Machinery, Magnetic2 |
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| Acoustic Streaming for Pressure Acoustics |
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| Acoustic Streaming Boundary Coupling |
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| Acoustic Streaming Domain Coupling |
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| Laminar Flow |
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| Pressure Acoustics, Frequency Domain |
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| Acoustic Streaming for Thermoviscous Acoustics |
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| Acoustic Streaming Boundary Coupling |
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| Acoustic Streaming Domain Coupling |
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| Laminar Flow |
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| Thermoviscous Acoustics, Frequency Domain |
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| Acoustic–Piezoelectric Interaction, Frequency Domain |
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| Acoustic–Structure Boundary |
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| Piezoelectric Effect |
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| Electrostatics |
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| Pressure Acoustics, Frequency Domain |
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| Solid Mechanics |
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| Acoustic–Piezoelectric Interaction, Transient |
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| Acoustic–Structure Boundary |
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| Piezoelectric Effect |
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| Electrostatics |
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| Pressure Acoustics, Transient |
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| Solid Mechanics |
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| Acoustic–Poroelastic Waves Interaction |
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| Acoustic–Porous Boundary |
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| Poroelastic Waves |
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| Pressure Acoustics, Frequency Domain |
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| Acoustic–Shell Interaction, Frequency Domain1 |
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| Acoustic–Structure Boundary |
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| Pressure Acoustics, Frequency Domain |
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| Shell |
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| Acoustic–Shell Interaction, Transient1 |
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| Acoustic–Structure Boundary |
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| Pressure Acoustics, Transient |
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| Shell |
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| Acoustic–Solid Interaction, Frequency Domain |
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| Acoustic–Structure Boundary |
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| Pressure Acoustics, Frequency Domain |
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| Solid Mechanics |
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| Acoustic–Solid Interaction, Time Explicit |
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| Acoustic–Structure Boundary, Time Explicit |
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| Elastic Waves, Time Explicit |
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| Pressure Acoustics, Time Explicit |
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| Acoustic–Solid Interaction, Transient |
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| Acoustic–Structure Boundary |
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| Pressure Acoustics, Transient |
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| Solid Mechanics |
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| Acoustic–Solid–Poroelastic Waves Interaction |
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| Acoustic–Porous Boundary |
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| Acoustic–Structure Boundary |
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| Porous–Structure Boundary |
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| Poroelastic Waves |
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| Pressure Acoustics, Frequency Domain |
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| Solid Mechanics |
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| Acoustic–Thermoviscous Acoustic Interaction, Frequency Domain |
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| Acoustic–Thermoviscous Acoustic Boundary |
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| Pressure Acoustics, Frequency Domain |
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| Thermoviscous Acoustic, Frequency Domain |
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| Thermoviscous Acoustic–Shell Interaction, Frequency Domain1 |
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| Thermoviscous Acoustic–Structure Boundary |
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| Shell |
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| Thermoviscous Acoustics, Frequency Domain |
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| Thermoviscous Acoustic–Solid Interaction, Frequency Domain |
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| Thermoviscous Acoustic–Structure Boundary |
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| Solid Mechanics |
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| Thermoviscous Acoustics, Frequency Domain |
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| Thermoviscous Acoustic–Thermoelasticity Interaction, Frequency Domain1 |
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|
| Thermoviscous Acoustics–Thermoelasticity Boundary1 |
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|
| Thermoelasticity |
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| Thermoviscous Acoustics, Frequency Domain |
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| Thermoviscous Acoustic–Thermoelasticity Interaction, Transient1 |
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| Thermoviscous Acoustics–Thermoelasticity Boundary1 |
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|
| Thermoelasticity |
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| Thermoviscous Acoustics, Transient |
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|
| 2D Histogram |
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|
| Beam Width Calculation |
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|
| Directivity (plot) |
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| Directivity Index Calculation |
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|
| Intersection Point 2D (dataset) |
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| Intersection Point 3D (dataset) |
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| Octave Band (plot) |
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| Phase Portrait |
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| Poincaré Map |
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| Radiation Pattern (plot) |
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| Ray (dataset) |
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| Ray (plot) |
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| Ray Bin (dataset) |
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| Ray Evaluation |
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| Ray Trajectories |
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| Receiver (dataset) |
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| Impulse Response (plot) |
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| Energy Decay (plot) |
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| AWE Expression |
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| Release from Exterior Field Calculation |
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| Source with Directivity |
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| 1D, 2D, 2D Axisymmetric, and 3D Formulations |
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| Infinite Acoustic Domain Modeling with Absorbing Layers |
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| Infinite Acoustic Domain Modeling with Perfectly Matched Layers |
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| Infinite Solid Domain Modeling with Perfectly Matched Layers |
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| Initial Values |
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| Background Acoustic Fields |
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| Domain Sources |
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| First Order Material Parameters |
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| Compressible Potential Flow Model |
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| FEM Formulation |
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| Linearized Euler Model |
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| Galerkin Least Squares (GLS) Stabilized FEM Formulation |
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| Linearized Navier–Stokes Model |
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| Galerkin Least Squares (GLS) Stabilized FEM Formulation |
| Linearized Potential Flow Model |
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| FEM Formulation |
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| Initial Stress and Strain Tensors |
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| Anisotropic Poroelastic Material |
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| Biot Model (viscous losses) |
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| Biot–Allard Model (thermal and viscous losses) |
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| FEM and dG-FEM Formulations |
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| dG-FEM Formulation for Elastic Waves, Time Explicit |
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| FEM Formulation for Solid Mechanics and Poroelastic Waves |
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| Linear Elastic Material Model |
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| Isotropic |
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| Orthotorpic and Anisotropic |
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| Isotropic and Anisotropic Loss Factor |
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| Maximum Loss Factor |
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| Rayleigh Damping |
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| Viscous Damping |
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| Wave Attenuation |
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| Piezoelectric Waves, Time Explicit |
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| Charge Conservation, Piezoelectric |
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| Mechanical Damping |
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| Piezoelectric Material |
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| Poroelastic Material (Biot's Theory) |
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| Biot Model (viscous losses) |
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| Biot–Allard Model (thermal and viscous losses) |
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| Solid Mechanics |
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| Added Mass |
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| Body Load |
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| Fixed Constraint |
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| Geometric Nonlinearity |
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| Gravity |
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| Piezoelectric Material |
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| Piezomagnetic Material2 |
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| Prescribed Acceleration |
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| Prescribed Displacement |
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| Prescribed Velocity |
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| Rotating Frame |
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| Spring Foundation |
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| Domain Source |
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| Fitted Domain |
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| Room |
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| Acoustic Diffusion Model |
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| FEM Formulation |
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| Ray and Domain Properties |
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| Accumulator |
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| Auxilliary Dependent Variables |
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| Background Velocity |
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| Calculation of Ray Intensity |
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| Medium Properties |
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| Phase Calculation |
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| Ray Detector |
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| Ray Termination |
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| Ray Release |
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| Release |
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| Release from Boundary |
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| Release from Data File |
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| Release from Edge |
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| Release from Grid |
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| Release from Point |
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| Conical |
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| Expression |
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| Hemispherical |
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| Lambertian |
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| Spherical |
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| Anisotropic Acoustics |
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| Flame Model (n-tau) |
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| Heat Source |
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| Monopole and Dipole Domain Source |
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| Poroacoustics (for Pressure Acoustics, Time Explicit) |
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| Aeroacoustic Flow Source |
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| Aeroacoustic Wave Equation |
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| Lighthill |
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| Anisotropic Poroacoustics |
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| Johnson-Champoux-Allard (JCA) |
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| Johnson-Champoux-Allard-Lafarge (JCAL) |
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| Johnson-Champoux-Allard-Pride-Lafarge (JCAPL) |
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| Background Pressure Field |
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| Cylindrical Wave |
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| Plane Wave |
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| Spherical Wave |
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| User Defined |
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| FEM, BEM, and dG-FEM Formulations |
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| BEM Formulation for Pressure Acoustics, Boundary Elements |
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| dG-FEM Formulation for Pressure Acoustics, Time Explicit |
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| FEM Formulation for Pressure Acoustics, Frequency Domain and Pressure Acoustics, Transient |
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| Stabilized BEM Formulation for Pressure Acoustics, Boundary Elements |
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| Fluid Model |
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| Atmosphere Attenuation |
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| General Dissipation |
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| Ideal Gas |
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| Linear Elastic |
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| Ocean Attenuation |
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| Thermally Conducting |
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| Thermally Conducting and Viscous |
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| User–Defined Attenuation |
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| Viscous |
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| Kirchhoff–Helmholtz (HFBEM) Formulation |
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| Radiating Object |
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| Scattering Object |
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| Narrow Region Acoustics |
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| Circular Duct |
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| Equilateral Triangular Duct |
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| Rectangular Duct |
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| Slit |
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| User Defined |
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| Very Narrow Circular Duct (Isothermal) |
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| Wide Duct Approximation |
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| Poroacoustics |
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| Attenborough |
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| Biot Parameters (defined in JCA model) |
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| Delaney-Bazley-Miki |
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| Johnson-Champoux-Allard (JCA) |
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| Johnson-Champoux-Allard-Lafarge (JCAL) |
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| Johnson-Champoux-Allard-Pride-Lafarge (JCAPL) |
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| Limp and Rigid Porous Matrix Approximations |
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| Three-parameter approximation JCAL model |
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| Williams EDFM (equivalent density fluid model) |
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| Wilson |
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| Wood (model for a suspension) |
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| Zwikker-Kosten |
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| Heat Source |
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| Background Acoustic Fields |
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| Plane Wave |
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| User Defined |
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| Nonlinear Thermoviscous Acoustics Contributions (for Time Dependent models) |
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| Galerkin Least Squares (GLS) Stabilized FEM Formulation |
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| Thermoviscous Acoustic Model (Sequential Linearized Navier-Stokes or SLNS) |
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| FEM Formulation |
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| Thermoviscous Acoustics Model (Thermally-Conducting Viscous Fluid Model: Linearized Navier–Stokes, Continuity, and Energy Equations in Quiescent Conditions) |
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| FEM Formulation |
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| Domain Sources |
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| Convected Wave Equation Model (Linearized Euler Equation with Adiabatic Assumption) |
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| dG-FEM (Time Explicit) Formulation |
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| Nonlinear Pressure Acoustics, Time Explicit Model (Westervelt equivalent) |
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| dG-FEM (Time Explicit) Formulation |
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Acoustic Streaming for Pressure Acoustics