Overview

Part 1 of this 9-part course on modeling pressure acoustics in COMSOL Multiphysics® begins with a step-by-step introduction to the software and modeling workflow using an introductory example. A model simulating the acoustics of a room is built from start to finish.


Exercise Files
Introduction to Modeling Pressure Acoustics
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Introduction to Modeling Pressure Acoustics

Learn the fundamentals of, and specialized physics features for, modeling pressure acoustics.

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Modeling Room Acoustics

Learn how to model the acoustics in a room.
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Meshing and Solving Pressure Acoustics Models

Learn about resolving the waves in a pressure acoustics model.
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Including Damping in Pressure Acoustics Models

Learn how to add damping to your pressure acoustics model.
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Pressure Acoustics Analysis via Perfectly Matched Layers

Learn how to model an open space using Perfectly Matched Layers.
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Scattered Field Analysis with the Background Pressure Field Feature

Learn how to use the Background Pressure Field feature.
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Modeling Pressure Acoustics with the Boundary Element Method

Learn how to model pressure acoustics using BEM.
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Modeling Transient Pressure Acoustics with the Finite Element Method

Learn how to model transient pressure acoustics using FEM.
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Setting Up PMLs for Transient Pressure Acoustics Models

Learn how to set up PMLs for transient, acoustics problems.
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Time Explicit Method for Large Transient Pressure Acoustics Models

Learn when and how to use the Pressure Acoustics, Time Explicit physics interface.