Insight

What is Insight?

Insight+ analysis and playback allows you to calculate, listen to, and modify individual noise and vibration contributions from test data and/or CAE models across the frequency range, bringing a realistic experience of NVH characteristics in the design process.

Insight+ creates the ability to efficiently consider test and CAE data together to help engineers better understand NVH contributions early in the design process. With Insight+, users can gain strengths, transfer test and CAE roles and contributions, which are evaluated in a "full vehicle context" environment. Product functions include "listen", chart views, what-if changes, A/B comparison, etc. Insight+ is applicable throughout the development process, from initial target definition to final debugging and release.

Key features and benefits

Main features

• Import CAE data (source strengths, transfer functions), listen to time, speed, or RPM synchronized contributions
• Predicted source powers and transfer functions quickly incorporated into test-based models
• Ability to calculate change filters as the proportion of two models (based on CAE) and apply them to models (test-based)
• Perform A/B comparison
• Full integration with PULSE NVH Simulator's interactive playback and display tools to understand, evaluate and communicate results

Main benefits

• Efficient use of test and CAE data together
• Understand NVH contributions early in the design process
• Auralize and analyze proposed engineering changes in the right context
• Evaluate and classify design alternatives
• Helps NVH and CAE test engineers share and develop ideas

Industrial Applications

Insight+ is applicable to many industries, but is widely used in the automotive industry.

Automotive:

To assist in the project upstream of the experience of noise and vibration in the positions of driver or passenger in cars, trucks, buses, motorcycles, evaluating the contributions of different sources of noise and vibration.

Other industrial applications:

Contribute to projecting the noise and vibration experience at any point in the receiver by evaluating the contributions of noise and vibration sources.

System requirements:

CPU: 1.8 GHz dual core processor

RAM: 2 GB

HDD / SSD: 50 GB of free space on the main drive

Operating system: Microsoft Windows 8 32-bit, Microsoft Windows 7 32-bit and Microsoft Windows Vista 32-bit

Resolution: 1024×768