Analyse du chemin de transfert basée sur les composants : Votre stratégie pérenne pour faire avancer le développement de solutions de NVH pour véhicules
From component characterization to virtual prototyping and NVH performance prediction
Traditional physical prototypes for noise, vibration, and harshness (NVH) development are expensive and time-consuming. But component-based transfer path analysis (CTPA) is a virtual prototyping methodology that offers a powerful alternative.
CTPA offers a transformative approach to NVH development by enabling virtual prototyping and reducing reliance on physical prototypes.
With its ability to leverage invariant loads and address measurement challenges, CTPA empowers engineers to achieve significant efficiency gains and earlier NVH performance prediction.
Watch this webinar to hear two case studies demonstrating the effectiveness of CTPA in real-world applications.
À propos de l'intervenant
Eric Sorber
Pre-sales Engineer
Eric Sorber is an electrical engineer who joined Siemens 7 years ago and has built up since then a profound background in NVH. Eric started as a customer support engineer. After 2 years Eric has taken the position as test pre-sales CoE(Center of Excellence) engineer. During the last 5 years, Eric has specialized in Siemens acoustic test products but also structural test products and is recognized by our customers as in expert in these fields.