COMSOL Acoustics Tutorial Package – 4 Real-World Case Studies

99,99 100,00

What You Will Learn?

  • Sound Transmission Loss (STL) of Muffler and QWT Resonator
  • Breakout Noise from Ducts
  • Near-Field and Far-Field Acoustic Radiation of a Speaker

About Course

COMSOL Acoustics Tutorial Package – 4 Real-World Case Studies

This comprehensive COMSOL tutorial package includes four step-by-step case studies focused on practical acoustic applications:

  1. Quarter-Wave Tube Resonator

  2. One Inlet Two-Outlet Muffler

  3. Breakout Noise from a Duct

  4. Near-Field and Far-Field Radiation of a Loudspeaker

Each tutorial guides you through the entire simulation process — from creating the geometry, setting up the physics, meshing, and running the study, to extracting and visualizing the results.

✅ What You’ll Learn:

  • Calculate the sound transmission loss (STL) of a two-outlet muffler

  • Analyze the STL performance of a quarter-wave resonator

  • Simulate breakout noise radiated from the shell of a duct

  • Plot polar diagrams of near-field and far-field sound pressure levels for a speaker

This package is ideal for students, engineers, and researchers working in acoustics and noise control using COMSOL Multiphysics.

Course Content

1- Quarter Wavelength Tube (QWT) Resonator
Designing a QWT resonator and calculation of sound transmission loss

2- One inlet two outlet muffler
Sound transmission loss analysis of a one-inlet, two-outlet muffler equipped with two perforated baffles.

3- Breakout Noise Analysis of a Duct System
Effect of Boundary Conditions and Duct Geometry on Sound Radiation into the Surrounding Environment

4- Speaker: Near field and far field sound
Near-Field and Far-Field Sound Pressure Levels in the Polar Plot of a Simplified Speaker

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Material Includes

  • PowerPoint slides for each tutorial
  • Video subtitles for easier understanding
  • COMSOL v6.2 model files for all simulation examples

Audience

  • This content is designed for acousticians and university students specializing in acoustics, particularly those interested in sound transmission, breakout noise, and radiation analysis in engineering applications.

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