Generating a quality finite element mesh is difficult and often
very time-consuming. Mesh-free methods operations can also be
complicated and quite costly in terms of computational effort and
resources. Developed by the authors and their colleagues, the
smoothed finite element method (S-FEM) only requires a
triangular/tetrahedral mesh to achieve more accurate results, a
generally higher convergence rate in energy without increasing
computational cost, and easier auto-meshing of the problem domain.
Drawing on the authors extensive research results, Smoothed Finite
Element Methods presents the theoretical framework and development
of various S-FEM models.
After introducing background material, basic equations, and an
abstracted version of the FEM, the book discusses the overall
modeling procedure, fundamental theories, error assessment matters,
and necessary building blocks to construct useful S-FEM models. It
then focuses on several specific S-FEM models, including cell-based
(CS-FEM), node-based (NS-FEM), edge-based (ES-FEM), face-based
(FS-FEM), and a combination of FEM and NS-FEM (?FEM). These models
are then applied to a wide range of physical problems in solid
mechanics, fracture mechanics, viscoelastoplasticity, plates,
piezoelectric structures, heat transfer, and structural
acoustics.
Requiring no previous knowledge of FEM, this book shows how
computational methods and numerical techniques like the S-FEM help
in the design and analysis of advanced engineering systems in rapid
and cost-effective ways since the modeling and simulation can be
performed automatically in a virtual environment without physically
building the system. Readers can easily apply the methods presented
in the text to their own engineering problems for reliable and
certified solutions.
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