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1School of Mechanical Engineering,University of Adelaide, 2South Australian Health and Medical Research Institute (SAHMRI), 3Vascular Research Centre, Lifelong Health Theme,South Australian Health and Medical Research Institute (SAHMRI), 4Monash Cardiovascular Research Centre, 5Adelaide Medical School,University of Adelaide, 6Department of Cardiology,Central Adelaide Local Health Network
Chapters
- 00:08Introduction
- 01:50Image Evaluation
- 03:37Three-Dimensional Reconstruction
- 04:21Artery/Structural
- 06:04Blood/Fluid
- 09:05System Coupling
- 09:59Representative Results
- 11:57Conclusion
Es necesario determinar qué lesiones ateroscleróticas progresarán en la vasculatura coronaria para guiar la intervención antes de que ocurra el infarto de miocardio. Este artículo describe el modelado biomecánico de arterias a partir de la tomografía de coherencia óptica utilizando técnicas de interacción fluido-estructura en un solucionador comercial de elementos finitos para ayudar a predecir esta progresión.
