Key result
Fluid-structure interaction algorithms provide a comprehensive representation of cardiovascular dynamics by coupling blood flow simulations with the mechanical responses of blood vessels.
Why the study?
Fluid-structure interaction algorithms can provide valuable insights into cardiovascular dynamics by coupling blood flow simulations with mechanical vessel responses, but their applications and clinical implications needed evaluation.
Design
Review
Authors
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May enhance cardiovascular modeling research; leaves open clinical translation pending validation studies.
Fluid-structure interaction algorithms offer a comprehensive representation of cardiovascular dynamics by coupling blood flow and vessel wall mechanics, with potential applications in patient-specific treatment planning.
Syed et al. (2023) conducted a review in Cardiovascular dynamics. Fluid-structure interaction algorithms was evaluated. Fluid-structure interaction algorithms provide a comprehensive representation of cardiovascular dynamics by coupling blood flow simulations with the mechanical responses of blood vessels.
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