Toward Simulation-Based Medical Device Design: Integrating High Performance Cloud FEA Computing Into Intuitive Design Modeling

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https://hdl.handle.net/11299/125299

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Toward Simulation-Based Medical Device Design: Integrating High Performance Cloud FEA Computing Into Intuitive Design Modeling

Authors

Lin, Chi-Lun

Coffey, Dane

Erdman, Arthur

Keefe, Daniel

Published Date

2012-06-13

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Other

Abstract

We present a new approach to simulation-based medical device design by integrating current CAD and FEA systems and developing natural human-computer interfaces to control the resulting integrated system. In order to utilize the high performance FEA computing power, a network communication program was developed and a Python script was used to initialize simulations and read calculated results. A complete design process of a breast biopsy cannula was demonstrated.

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supercomputing

medical devices

simulation

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poster

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MSI Research Exhibition 2012

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Minnesota Supercomputing Institute

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Lin, Chi-Lun; Coffey, Dane; Erdman, Arthur; Keefe, Daniel. (2012). Toward Simulation-Based Medical Device Design: Integrating High Performance Cloud FEA Computing Into Intuitive Design Modeling. Retrieved from the University Digital Conservancy, https://hdl.handle.net/11299/125299.

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