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Hypertrophic cardiomyopathy (HCM) is the most familiar inherited cardiac disorder exhibits significantly by clinical heterogeneity and genetic. The aim of this research is to understand the effect of ...the wall thickness in terms of the performance of the human heart. In HCM symptoms, it is easy to understand with related to the wall thickness become thicker than normal size. In this study, a simple 3D human heart model is developed using 3D CAD software. Then, the simple 3D human heart model involved with the thicker thickness which is correlated with HCM. There are two thicknesses for HCM which are 14.0 mm and 22.0 mm and compared with the normal thickness which is 6.0 mm. After the simple 3D model of the human heart successfully developed, the simple 3D model of the human heart is exported to LS DYNA to undergo the simulation procedure. The results show the correlation between the wall thickness and the displacement of the human heart. With 14.0 mm and 22.0 mm of wall thickness, the results show 7.15 mm and 6.97 mm, respectively. Compared with 6.0 mm for normal thickness, the displacement is 7.30 mm.続きを見る
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