Noise, Vibration & Harshness ( NVH )
NVH – Achieve enhanced Noise & Vibration performance through precise prediction capabilities and streamlined lead times.
Contact us at the Consulting WP office nearest to you or submit a business inquiry online.
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Structural Vibration Analysis
Natural frequency and vibration modes of the structure is an important attribute affecting the dynamic characteristics of the system. Frequency response during external and transient loading and its effect on structure is key to safe design.
Linear Vibration Analysis
Autotek excels in Linear Vibration Analysis, focusing on frequency analysis and steady-state vibration responses induced by periodic, harmonic inputs affecting overall assemblies. Their expertise extends to Power Spectral Density (PSD) Analysis, Frequency Response Function (FRF), and Transfer Path Analysis (TPA) for evaluating NVH performance, pinpointing critical paths and noise sources effectively
Non – Linear Vibration Analysis
Autotek leverages expertise in both time and frequency domain simulations to accurately predict noise and vibration responses within structures. They utilize nonlinear excitations from Vehicle Dynamics Simulations as inputs to assess sub-system structural performance effectively.
NVH System Performance Analysis
Autotek addresses NVH performance challenges by thoroughly evaluating them across all operating conditions, ensuring compliance with design and regulatory requirements at minimal cost. They are dedicated to delivering top-tier solutions that guarantee superior NVH performance.
Full Vehicle NVH Performance
Autotek specializes in comprehensive full vehicle NVH solutions, beginning with source identification, tracing noise paths, decoupling sources, and optimizing designs to absorb unwanted energy, thereby enhancing cabin comfort.
Sub System Level NVH Performance
Autotek possesses advanced expertise in conducting subsystem-level simulations to analyze static stiffness, identify vibration transfer paths, pinpoint vibration sources, and recommend design modifications to prevent resonance with the base structure.
Our Clientele
