Finite element modeling of lipid bilayer membranes - Feng, Feng; Klug, William S. (Journal of computational physics, 2006)
Keywords: Biomembranes; Cell mechanics; Computational techniques; Computer simulation; Curvature; Exact sciences and technology; Finite element; Finite element method; Lipid bilayer mechanics; Lipids; Mathematical analysis; Mathematical methods in physics; Mathematical models; Membranes; Physics; Subdivision surfaces; Vesicles; 02.70.Dh; 46.70.Hg; Subdivision surfaces; Lipid bilayer mechanics; Biomembranes; 87.16.Dg; 87.16.Ac; 46.15.−x; Cell mechanics; Finite element; Phase diagrams; Membranes; 87.16.Dg; 87.16.Ac; 02.70.Dh; 46.15.-x; 46.70.Hg; Biomembranes; Lipid bilayer mechanics; Cell mechanics; Finite element; Subdivision surfaces; Digital simulation; Equilibrium shape; Mechanical properties; Calculation methods; Finite element method; Models; Modelling; Calculation; Curvature