Overview

Actran VI is a simulation tool designed to address complex vibro-acoustic challenges in automotive, aerospace, and industrial engineering. It employs a combination of advanced methods such as finite element and boundary element analysis to provide high-precision predictions of sound and vibration. This powerful tool helps engineers design quieter, more efficient products by simulating various environmental factors, optimizing materials, and offering actionable insights that improve the overall noise and vibration performance of systems.

Features and Capabilities

• Comprehensive vibro-acoustic simulations: Designed for automotive, aerospace, and industrial applications to predict noise and vibration behavior.
• Multi-physics integration: Seamlessly integrates with other engineering tools for advanced multi-disciplinary simulations.
• High-fidelity analysis: Utilizes finite element and boundary element methods for accurate modeling of sound and vibration.
• Material & geometric modeling: Allows for detailed representation of materials and complex geometries for realistic simulations.
• Automation & workflows: Streamlines simulation processes with automation, reducing time and improving efficiency.
• Noise and vibration optimization: Provides critical data for improving the acoustic performance of products.
• Post-processing tools: Advanced visualization and interpretation capabilities for analyzing results.
• Scalability: Capable of handling both simple and complex simulations across a range of industries.
• Customizable: Supports tailored setups for specific project requirements and engineering challenges.