NVH Simulation Software
Brüel & Kjær partner with VI-grade to provide a complete range of NVH software and simulation for vehicle noise, vibration and harshness (NVH), that covers the entire process from investigation, analysis and troubleshooting. From source-receiver path analysis to NVH sound simulation and design, we deliver world-leading NVH test solutions giving you the ability to test and optimize your vehicle performance effectively.
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TYPE 8601
차량 소음 분석 : 소스-리시버 경로 분석부터 사운드 디자인을 위한 NVH 시뮬레이션까지. 완벽한 솔루션을 만나보시기 바랍니다.
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TYPE 7798
Source Path Contribution Software
Software for understanding source path contribution (transfer path contribution), meaning how sound and vibration arrive at a passenger from analyzing the transfer paths taken from individual vibroacoustic sources.
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TYPE 3115
VSound - Vehicle Sound Evaluation System
VSound is a vehicle sound‐generating system for experiencing new sounds from both a vehicle interior and exterior perspective. Its designed for the purpose of in-vehicle virtual NVH prototype evaluation.
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TYPE 8601-T
Exterior Sound Simulator is designed to experience the exterior sound of a moving vehicle from the perspective of a pedestrian.
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TYPE 8601-U
Sound simulation software, SimSound, connects with diverse driving simulators, and generates highly authentic and dynamic vehicle sound simulation.
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TYPE 8601-S
For replay and interaction with noise, vibration and harshness (NVH) source path analysis data, and data from CAE analyses.
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Insight+
Insight+ enables the total experience of NVH data ‐ creating sounds directly from CAE models that NVH engineers can listen to and experience. The CAE model data can be combined with test data to create an immersive, realistic environment.
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TYPE 8601-X
The CAE Auditioner software converts data and files from common CAE design programs for use in the VI-grade vehicle NVH simulators and Insight simulation products. Once the CAE design data is incorporated into these simulation products, engineers, CAE analysts and non-experts can listen to and feel the NVH consequences of CAE design decisions in the full context of the vehicle.
