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In this paper, the three-dimensional adaptive finite element modeling is presented for cohesive fracture analysis of non-planer crack growth.
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A finite element model is presented for comparison with the analytical solution.
A finite element model is presented for a flexible, non-axisymmetric shaft-rotor system supported in distributed bearings.
In this paper, simplified thermal and mechanical finite element models are presented for the analysis of thermal stress derived problems.
In this paper two shell finite element models are presented for the structural analysis of composite laminated piezoelectric shells.
An efficient nonlinear 3-D finite element model was presented for the analysis of the pin-ended axially loaded columns.
A simple and reliable finite element model is presented, specifically conceived for the analysis of FRP-reinforced masonry arches.
Therefore a finite element model is presented and an optimization model is derived.
An improvement of a new technique for modelling cracks in the finite element framework is presented.
A 3-dimensional finite element model is also presented for simulating the non-linear behavior of GFRP-reinforced softwood beams.
A refined nonlinear finite element modeling approach is presented for the analysis of corrugated fiberboard material and structural systems.
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