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Showcase Project |
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Design of
Biomedical Devices
Researchers at the Silicon Valley office of
ARA are developing computa
Blood damage models are being developed and
implemented into the CFD code Acusolve
to predict the rates of hemolysis and other blood damage caused by the
pump during operation. The rate of blood damage depends on many factors
including time of exposure, stress or strain rate, temperature, and load
history. By incorporating the blood damage model into the CFD code blood
damage becomes an integral part of the solution.
We are developing interactive graphical user interfaces to allow designers to optimize pump designs without requiring extensive knowledge of CFD or finite element techniques. The user inputs parameters for pump constraints and geometry in terms of physical quantities. Design quantities such as wrap angle for blades are input graphically. In additional to providing measures of overall pump performance and blood damage rate, the code allows visualization of calculated parameters such as fringes of pressure or localized blood damage rate which can help identify problem areas in a pump design. The designer can evaluate the current design and then modify it to minimize blood damage and optimize performance.
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Applied Research
Associates, Inc. • |
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© 2006 Applied Research Associates, Inc. All Rights Reserved |
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Note:
Applied Research Associates, Inc. does not offer engineering services in the
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