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On Shear Locking in Finite Elements
A Field Consistence Solution
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220x176x33 mm
Beschreibung:
Dr. Luo obtained his Licentiate and PhD from the Royal Institute
of Technology, Sweden. After that he worked in Karlsruhe
University, Germany and in Rensselaer Polytechnic Institute, USA.
He joined the University of Manitoba, Canada, in 2006. His
research interests include: finite element methods, adaptive
algorithms, material modeling, etc.
of Technology, Sweden. After that he worked in Karlsruhe
University, Germany and in Rensselaer Polytechnic Institute, USA.
He joined the University of Manitoba, Canada, in 2006. His
research interests include: finite element methods, adaptive
algorithms, material modeling, etc.
In this monograph, the origin of shear locking was tried to be explained clearly. Factors which might have significant effects on shear locking were analyzed. These factors mainly include interpolation order, integration scheme and selection of variational principle. Later, a general solution, called field consistence approach, was put forward, which was applied in explaining shear locking and in developing highly efficient beam elements. Then, the field consistence approach was used, in an indirect way, in deriving a 3-node triangular and a 4-node quadrilateral plate bending element. Finally, some of the developed shear-flexible elements were extended, with the aid of a co-rotational formulation, to accommodate finite rotation, to check their efficiency in non-linear situations.