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: How biological structures interface with foreign objects, like implants or prosthetics.
In modern healthcare, the boundary between mechanical engineering and biology is rapidly fading. The long-running book series and workshop, (associated with the MICCAI Conference), has become a cornerstone for researchers aiming to translate complex physics-based simulations into everyday clinical tools.
Recent volumes of the series, such as those from MICCAI 2024 (Marrakesh) and MICCAI 2023, highlight several high-impact areas: Computational Biomechanics for Medicine - Springer Nature
: How biological structures interface with foreign objects, like implants or prosthetics.
In modern healthcare, the boundary between mechanical engineering and biology is rapidly fading. The long-running book series and workshop, (associated with the MICCAI Conference), has become a cornerstone for researchers aiming to translate complex physics-based simulations into everyday clinical tools.
Recent volumes of the series, such as those from MICCAI 2024 (Marrakesh) and MICCAI 2023, highlight several high-impact areas: Computational Biomechanics for Medicine - Springer Nature
