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  • PAFEC VibroAcoustics
    • Audio
      • Transient analysis of a horn
      • Loudspeaker drive unit
      • Large displacement analysis of a surround
      • Large displacement analysis of a spider
      • Axisymmetric tweeter model using GiD as the pre-processor
      • Benefits of Acoustic FE/BE Analysis in Loudspeaker Design
      • Goodman’s test drive unit – comparison of PAFEC results with experimental results
    • 3D Audio
      • Phase splitters and horn
      • 3D Sinusoidal analysis
        of a rectangular horn
      • 3D Transient analysis of a rectangular horn
      • 3D Sinusoidal analysis of a mobile phone
      • Import of CAD data to create horn model
    • Underwater Acoustics
      • SONAR Transducer Design
        • Piston Transducer
        • Class IV Flextensional Transducer Example
        • Bender Transducer
      • Array Design
        • Interaction effects of arrays of sonar transducers
        • Cylindrical array of piston transducers
        • 1-3 Composites
        • Radiation from a diamond array of ring transducers
      • Scattering from submerged structures
        • 2D Submerged Structure Analysis
    • Medical Ultrasonics
      • Transient Analysis
    • Architectural
      • Analysis of a recording studio
      • Analysis of a small room
    • Barrier analysis
    • Automotive Acoustics
    • Ultrasonic Cleaning
  • PafLS
    • Multi-roll surround example
    • Corrugated surround example
    • Wave guide example
    • PafLS – videos
  • PAFEC FE
    • FFR Radial Ultrasonic Cutting Head
    • PIGS 2D Auto Mesh example
  • PAFEC EHL
    • Example Solution: Analysis of a Journal Bearing (smooth)
    • PAFEC-EHL GiD Interface
  • Contact Us

PAFEC-VibroAcoustics – Application Areas

  • Audio
  • Underwater Acoustics
  • Medical Ultrasonics
  • Architectural
  • Barriers
  • Automotive
  • Ultrasonic Cleaning

Audio

 Underwater Acoustics

Architectural
Barriers		  
Automotive
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