Maximize your NVH measurement quality Current NVH measurement processes have been around since decades and do not leverage the possibilities that general advances in technology have to offer. There must be another way, right? In this article we look into regularly used measurements, the facets of those processes that could be improved, and the new [...]
Frequency Based Substructuring of an E-Golf 2019 was a year filled with exciting techological projects, collaborating with several key players in the automotive industry. Most projects included aspects such as blocked force source characterisation and Frequency Based Substructuring with test-based models. The use of DIRAC and the VIBES Toolbox made all the difference, both in [...]
Predict the NVH performance by combining test data and FE models Using the blocked force approach an overseas OEM was able to predict the NVH performance by combining test data and FE models and reduce interior noise by ~15 dB. Our DIRAC software was used to prepare, measure and analyze the FRF measurements. While performing the [...]
Predict in-vehicle E-Power Steering sound & vibration performance Using DIRAC’s Virtual Point Transformation, OEMs can now predict in-vehicle Electric Power Steering sound & vibration performance based on supplier data and vehicle noise transfer functions. The project For a German automotive OEM, VIBES engaged in a project analyzing the Electric Power Steering (EPS) system as a [...]
Automotive NVH trends and its subsequent challenges One of the most prominent trends in the automotive industry is electrification. By phasing out the internal combustion engine, our driving experience is changing. Noise and vibrations are no longer masked by this traditional driveline, which gives rise to new challenges in the field of noise & vibration [...]
Behind the scenes of Transfer path analysis VIBES’ development of component-based TPA methodologies in order to win in highly innovative and competitive markets. Automotive OEMs and high-tech companies, such as BMW, Volvo and ASML, are continuously improving their R&D methods to increase product quality while reducing time and costs of both engineering and production processes. [...]
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