Titlebook: IUTAM Symposium on Physicochemical and Electromechanical, Interactions in Porous Media; G. M. L. Gladwell,J.M. Huyghe,Stephen C. Cowin Con

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Representative Microstructure Finite Elements for Collagen Gelsive microstructural problem on each finite element in lieu of a constitutive equation. The method captures key features of microstructural rearrangement while maintaining the ability to perform simulations on the (large) functional length scale.

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Large Strain Analysis of 3-D Viscoelastic Swelling of Charged Tissues and Gelstribution to merge the advances of finite viscoelasticity laws and the state of the art in electrochemical swelling theories within a well-founded multiphasic concept. The numerical treatment is carried out fully 3-d in the framework of the FEM.

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Theoretical and Finite Element Models for Coupled Electro-Mechano-Chemical Transport in Soft Tissuesuum view of the material as a mixture or porous medium saturated by an incompressible fluid and containing charged mobile species. Example problems demonstrate coupled electro-mechano-chemical transport and deformations in FEMs of layered materials subjected to mechanical, electrical and chemical “l(fā)

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A Multiphase Approach for the Analysis of Hygro-Thermo-Chemo-Mechanical Interactions in Concrete at g equations, by means of the hybrid mixture theory. The final equations are written in terms of the chosen primary and internal variables. The model takes into account coupling between hygral, thermal, chemical phenomena (hydration or dehydration), and material deformations, as well as changes of co

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Study of Drying Shrinkage Cracking by Lattice Gas Automaton and Environmental Scanning Electron Micr Fracture Model, highlighted the importance of a shrinkage coefficient (.) as the most significant parameter for achieving realistic numerical results. Therefore, experiments on drying of cement paste samples were conducted in an Environmental Scanning Electron Microscope to and the shrinkage coeffi

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