Finite element analysis shows skin anisotropy strongly affects auxetic mesh expansion, with lowest performance when Langer's lines align transversely and isotropic models overpredicting stress.
Auxetic Incisions with Alternating Slit Shapes: A Promising Technique for Enhancing Synthetic Skin Grafts Expansion
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Influence of anisotropy on the expansion performance of auxetic skin meshing geometries: a finite element study
Finite element analysis shows skin anisotropy strongly affects auxetic mesh expansion, with lowest performance when Langer's lines align transversely and isotropic models overpredicting stress.