Mastering Structural Simulation for NVH and Acoustic with ANSYS: An Automotive industry approach

Overview

Noise, Vibration, and Harshness (NVH) has become a critical performance parameter in the automotive industry, directly impacting customer perception, comfort, and overall vehicle quality. With the growing demand for quieter and more efficient vehicles—especially in the era of electric mobility—understanding and addressing NVH challenges is more important than ever.

Demonstrate how simulation-driven methodologies can be applied to predict and optimize NVH behavior across automotive components and assemblies. The session will cover structural dynamics, acoustic analysis, and the integration of powertrain and motor effects, highlighting how ANSYS enables engineers to efficiently identify issues early in the design cycle and propose effective solutions.

Focused Industries

  • Academic
  • Aerospace & Defence
  • Automotive and Ground Transportation
  • High-Tech
  • Industrial Equipment and Rotating Machinery
  • Construction
  • Material and Chemical Processing
  • Industrial Equipment and Rotating Machinery

Who Should Attend

  • CAE Engineer
  • R&D Engineer and Design Engineer
  • NVH Specialist
  • Engineering manager and Team leads.

Key Highlights

  • How structural simulation supports NVH prediction in the automotive domain
  • Methods to evaluate acoustic performance using ANSYS Mechanical and Acoustic solvers
  • Consideration of motor-induced vibration and noise in EV/automotive applications
  • Best practices for adopting simulation to reduce testing iterations and accelerate innovation
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