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September 15th at the Embassy Suites in Brooklyn Center, MN
Safety and effectiveness are the key measurements of medical devices. Conducting physical testing for these measurements is both expensive and time-consuming. For example, the United States Food & Drug Administration (FDA) requires a 10 year life, or approximately 400 million cycles of service, for implantable medical devices. Physical fatigue testing of a new device design could take months to complete which significantly slows down the device design cycles. Validated computational models generated using the finite element method provide tremendous value to medical device manufactures by accelerating device design iterations. Such models also provide critical information about the devices, like detailed stress and strain distributions, beyond physical testing.
SIMULIA has long been a leader in realistic simulation, especially nonlinear finite element analysis of medical devices. SIMULIA’s suite of Abaqus Unified FEA simulation and Isight optimization and process automation tools assist medical device manufacturers to drive innovation, reduce device failure and improve time-to–market while reducing overall product development cost.
Join us at this one-day seminar to learn more about:
• Best practices and various applications of medical device analysis using Abaqus
• Modeling medical devices with designer-friendly Abaqus/CAE and its customized extensions
• Automate implant design exploration, optimization, and improve design robustness using Isight
The seminar also features invited keynote presentations from industry veterans, Marvin Menken and Dr. Xiao-Yan Gong and distinguished researcher, Dr. Arthur Erdman.
Safety and effectiveness are the key measurements of medical devices. Conducting physical testing for these measurements is both expensive and time-consuming. For example, the United States Food & Drug Administration (FDA) requires a 10 year life, or approximately 400 million cycles of service, for implantable medical devices. Physical fatigue testing of a new device design could take months to complete which significantly slows down the device design cycles. Validated computational models generated using the finite element method provide tremendous value to medical device manufactures by accelerating device design iterations. Such models also provide critical information about the devices, like detailed stress and strain distributions, beyond physical testing.
SIMULIA has long been a leader in realistic simulation, especially nonlinear finite element analysis of medical devices. SIMULIA’s suite of Abaqus Unified FEA simulation and Isight optimization and process automation tools assist medical device manufacturers to drive innovation, reduce device failure and improve time-to–market while reducing overall product development cost.
Join us at this one-day seminar to learn more about:
• Best practices and various applications of medical device analysis using Abaqus
• Modeling medical devices with designer-friendly Abaqus/CAE and its customized extensions
• Automate implant design exploration, optimization, and improve design robustness using Isight
The seminar also features invited keynote presentations from industry veterans, Marvin Menken and Dr. Xiao-Yan Gong and distinguished researcher, Dr. Arthur Erdman.
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