Smoothed finite element method for analysis of multi-layered systems-Applications in biomaterials

Publication Type:
Journal Article
Citation:
Computers and Structures, 2016, 168 pp. 16 - 29
Issue Date:
2016-05-01
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© 2016 Elsevier Ltd. All rights reserved. In general, the biologic system can be rather sophisticated and commonly present in hierarchical layers. Hence, the quadrilateral or brick elements are very difficult to precisely capture the anatomic details for mechanobiologic modeling. Further, the conventional finite element method (FEM) could possibly give poor solutions using triangular or tetrahedral elements due to its overly-stiff property. In addition, the biologic soft tissues are often considered as 'incompressible' materials, where conventional FEM could suffer from volumetric locking in numerical solution. For these reasons, smoothed finite element methods (SFEM) are proposed here to solve the multi-layered bio-systems for softening conventional FEM models.
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