Issue link: https://resources.randsim.com/i/1515379
Ansys Human Body Model Clinical MRI Safety • Accuracy: Coupled electrothermal simulation capability, electromagnetic field modeling, human body models • Speed: Automated adaptive meshing, frequency domain analysis • Fidelity: Bio-heat modelling • Ensure patient safety during MRI scans • Determine force and torque on implants during MRI • Determine SAR and induced temperature rise near an implanted device during MRI • Pass standard tests: ASTM F2052, F2213, F2182, ISO/TS 10974 • Model-based MRI safety evaluations are accepted by regulatory agencies • Lower costs by minimizing bench testing • Reduce risk through human body modeling Customer Goals Solution Benefits Femur Implant Induced Temperature "The use of in silico computational modeling has provided a novel and efficient approach for assessing MR patient safety and improving information to clinicians." Dan Moreno DePuy Synthes Companies / Johnson & Johnson