Today's ANSYS: Development and Design Efficiency of Japan's First Assistive Artificial Heart (San Medical Technology Research Institute)

This time, we would like to introduce an interview article with Sun Medical Technology Research Institute, Inc.
They have developed an implantable assistive artificial heart system called "EVAHEART" over approximately 20 years.
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While previous assistive artificial hearts were external devices, this implantable type allows for discharge from the hospital and reintegration into society.
It is a highly advanced medical device classified as a life-supporting device, yet it is also used at home, making it an extremely unique medical device.
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The development has benefited from ANSYS products.
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Until recently, simulations were outsourced to external research institutions, but in developing the new system, they began conducting fluid, electromagnetic, and structural simulations in-house to efficiently advance the design of motors and pumps.
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Ultimately, verification in biological systems is essential, but by using simulations to optimize each component in advance, they aim to minimize biological evaluations and pursue efficient development.
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They want to use hypothesis formulation and simulation execution to analyze results and understand phenomena as a tool.
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