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3D Printing of Clinically Relevant and Anatomically Accurate Models
Additive manufacturing plays a vital role in modern engineering iterative design allowing for expedited prototype creation. 3D...
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External Fixation Devices in MRI
Our MRI Safety team has successfully used validated computational modeling and simulation (CM&S) to identify the worst-case...
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Radiofrequency-Induced Heating in Open Bore MRI
Open bore MRI systems account for approximately 18% of the global MRI installed base which is equivalent...
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How do we identify the worst-case device for fatigue life testing
Durability (or fatigue life) of medical devices is one of the key aspects for patient safety. Regulatory...
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Constant Life Curve
Durability (or fatigue life) of medical devices is one of the key aspects for patient safety. Regulatory...
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Use of a NURBS-based, fully body anatomy and FEA model to evaluate RF-induced heating during MRI Imaging
Purpose: Previous studies using computational methods to evaluate RF-induced heating during MR imaging focused on predicting specific...
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RF induced heating during MRI: Evaluation of a passive implant in an anatomical model
Introduction: RF induced heating in anatomical models using a coupled Electromagnetic (EM)/thermal FEA approach and NURBS-based geometry...
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MR Safety Evaluation of Orthopedic Devices: Why it’s important and how to select test device configuration
It is important to evaluate orthopedic devices to ensure patient safety. An MR Safe device is nonmagnetic,...
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Are slender devices with low electrical conductivity unlikely to exhibit RF-inducing heating?
Are slender devices with low electrical conductivity unlikely to exhibit RF-induced heating? This publication evaluates representative generic...
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