In order to derive the overall mechanical response of a microscopically material body, both the theoretical and the numerical framework of multi scale consideration coined as computational homogenisation is presented. Instead of resolving the actual heterogeneous microstructure in all detail for its simulation, representative micro elements are considered which provide the material properties for the coarse or rather scale. This procedure allows for a smaller and less inexpensive computation. However both the chance and challenge of visualising the decisive features arise on two scales
This part of the CISM course addresses basics and advanced topics onthe computational homogenization...
The recent decades have seen significant progress in linking the mechanical performance of materials...
The recent decades have seen significant progress in linking the mechanical performance of materials...
Heterogeneous materials involve different length scales in their mechanical properties. Obviously a ...
Heterogeneous materials involve different length scales in their mechanical properties. Obviously a ...
A computational homogenization procedure for a material layer that possesses an underlyingheterogene...
A computational homogenization procedure for a material layer that possesses an underlyingheterogene...
A computational homogenization procedure for a material layer that possesses an underlyingheterogene...
A computational homogenization procedure for a material layer that possesses an underlying heterogen...
A computational homogenization procedure for a material layer that possesses an underlyingheterogene...
A computational homogenization procedure for a material layer that possesses an underlying heterogen...
This part of the CISM course addresses basics and advanced topics onthe computational homogenization...
International audienceA computational homogenization procedure for a material layer that possesses a...
This thesis treats the extension of the classical computational homogenization scheme towards the mu...
This part of the CISM course addresses basics and advanced topics onthe computational homogenization...
This part of the CISM course addresses basics and advanced topics onthe computational homogenization...
The recent decades have seen significant progress in linking the mechanical performance of materials...
The recent decades have seen significant progress in linking the mechanical performance of materials...
Heterogeneous materials involve different length scales in their mechanical properties. Obviously a ...
Heterogeneous materials involve different length scales in their mechanical properties. Obviously a ...
A computational homogenization procedure for a material layer that possesses an underlyingheterogene...
A computational homogenization procedure for a material layer that possesses an underlyingheterogene...
A computational homogenization procedure for a material layer that possesses an underlyingheterogene...
A computational homogenization procedure for a material layer that possesses an underlying heterogen...
A computational homogenization procedure for a material layer that possesses an underlyingheterogene...
A computational homogenization procedure for a material layer that possesses an underlying heterogen...
This part of the CISM course addresses basics and advanced topics onthe computational homogenization...
International audienceA computational homogenization procedure for a material layer that possesses a...
This thesis treats the extension of the classical computational homogenization scheme towards the mu...
This part of the CISM course addresses basics and advanced topics onthe computational homogenization...
This part of the CISM course addresses basics and advanced topics onthe computational homogenization...
The recent decades have seen significant progress in linking the mechanical performance of materials...
The recent decades have seen significant progress in linking the mechanical performance of materials...