11 research outputs found
Independent Mesh Method Based Prediction of Local and Volume Average Fields in Textile Composites
No full textA natural neighbour method for materially non linear problems based on Fraeijs de Veubeke variational principle
Full text linkThe natural neighbour method can be considered as one of many variants of the meshless methods. In the present paper, a new approach based on the Fraeijs de Veubeke (FdV) functional, which is initially developed for linear elasticity, is extended to the case of geometrically linear but materially non-linear solids. The new approach provides an original treatment to two classical problems: the numerical evaluation of the integrals over the domain A and the enforcement of boundary conditions of the type u i = 农 i on S u . In the absence of body forces (F i = 0), it will be shown that the calculation of integrals can be avoided and that boundary conditions of the type u i = 农 i on S u can be imposed in the average sense in general and exactly if 农 i is linear between two contour nodes, which is obviously the case for 农 i = 0
GPGPU-based explicit finite element computations for applications in biomechanics: the performance of material models, element technologies, and hardware generations
No full textExperimental study on the formability of AA6016 sheets pre-strained by rolling
No full textacceptedVersio
On the construction of second-to-fourth-order accurate approximations of spatial derivatives on an arbitrary set of points
No full textAn XFEM/level set approach to modelling surface/interface effects and to computing the size-dependent effective properties of nanocomposites
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Prediction of necking for two aluminum alloys under non-proportional loading by using an FE-based approach
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