The goal of computational homogenization is to obtain the macro-scale response, normally in terms of macro-scale stress for given macro-scale deformation, via RVE-computations. In this paper we investigate, in a systematic manner, the effects of Dirichlet and Neumann boundary conditions on the RVE. Adaptive computations are carried out with respect to, in particular, control of the error in the macro-scale stress tensor. This requires the corresponding dual solutions. As a new result, it is shown how the same dual solutions can be conveniently used in computing the algorithmic tangent stiffness tensor, thereby demonstrating the "power of duality". \ua9 Springer Verlag 2007
n this work the mechanical boundary condition for the micro problem in a two-scaled homogenization u...
We consider hyperelastic problems and their numerical solution using a conforming finite element dis...
The computational homogenization method enables to derive the overall behavior of heterogeneous mate...
Computational homogenization with a priori assumed scale separation is considered, whereby the macro...
In the past decades computational homogenization has proven to be a powerful strategy to compute the...
A strategy for macroscale modeling adaptivity in fully nested two-scale computational (first-order) ...
For heterogeneous multi-scale methods,different analytical and numerical homogenisation methods can ...
The objective of this contribution is to present a unifying review on strain-driven computational ho...
We present an extension of the computational homogenization theory to cases where different structur...
Computational homogenization for quasistatic stress problems is considered, whereby the macroscale s...
A Galerkin FEM is developed for nonlinear, incompressible (hyper) elasticity that takes account of n...
AbstractComputational homogenization for quasistatic stress problems is considered, whereby the macr...
Formulation of the scale transition equations coupling the microscopic and macroscopic variables in ...
This part of the CISM course addresses basics and advanced topics onthe computational homogenization...
Adaptive grid refinement for computation of the homogenized elasticity tensor / R. H. W.Hoppe, S. I....
n this work the mechanical boundary condition for the micro problem in a two-scaled homogenization u...
We consider hyperelastic problems and their numerical solution using a conforming finite element dis...
The computational homogenization method enables to derive the overall behavior of heterogeneous mate...
Computational homogenization with a priori assumed scale separation is considered, whereby the macro...
In the past decades computational homogenization has proven to be a powerful strategy to compute the...
A strategy for macroscale modeling adaptivity in fully nested two-scale computational (first-order) ...
For heterogeneous multi-scale methods,different analytical and numerical homogenisation methods can ...
The objective of this contribution is to present a unifying review on strain-driven computational ho...
We present an extension of the computational homogenization theory to cases where different structur...
Computational homogenization for quasistatic stress problems is considered, whereby the macroscale s...
A Galerkin FEM is developed for nonlinear, incompressible (hyper) elasticity that takes account of n...
AbstractComputational homogenization for quasistatic stress problems is considered, whereby the macr...
Formulation of the scale transition equations coupling the microscopic and macroscopic variables in ...
This part of the CISM course addresses basics and advanced topics onthe computational homogenization...
Adaptive grid refinement for computation of the homogenized elasticity tensor / R. H. W.Hoppe, S. I....
n this work the mechanical boundary condition for the micro problem in a two-scaled homogenization u...
We consider hyperelastic problems and their numerical solution using a conforming finite element dis...
The computational homogenization method enables to derive the overall behavior of heterogeneous mate...