Comparison of Experimental and Computational Evaluation of Gradient‐Induced Vibrations on Conductive Materials in MRI

Key Points

• This research aims to compare experimental and computational evaluations of gradient-induced vibrations in conductive materials used in MRI contexts.
• Performed experimental evaluations of gradient-induced vibrations on conductive materials.
• Developed computational models to simulate and predict these vibrations.
• Compared results to identify setup limitations and discrepancies.
• Experimental and computational evaluations showed good agreement.
• Identified specific differences that clarified setup limitations and uncertainties.
• Validated the computational approach for predicting vibrations in implantable medical devices.