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Browsing Centres Science and Engineering by Author "Huyghe, Jacques M."

Now showing items 1-9 of 9

Cell deformation in response to long term hyperosmotic loading

van Donkelaar, C.C.; Daniëls, M.A.; Huyghe, Jacques M. (Wroclaw University of Science and Technology, 2018)
Chemically responsive hydrogel deformation mechanics: a review

Fennell, Eanna; Huyghe, Jacques M. (MDPI, 2019)

A hydrogel is a polymeric three-dimensional network structure. The applications of this material type are diversified over a broad range of fields. Their soft nature and similarity to natural tissue allows for their use ...
Comparing mixed hybrid finite element method with standard FEM in swelling simulations involving extremely large deformations

Yu, Cong; Malakpoor, Kamyar; Huyghe, Jacques M. (Springer, 2020)

Swelling involving (extremely) large deformations simulations have wide range of applications in biomedicine, tissue engineering and hygienic product design. Typically, standard FEM is used in which deformations and chemical ...
Coupled processes in charged porous media: from theory to application

Joekar-Niasar, Vahid; Schreyer, Lynn; Sedighi, Majid; Icardi, Matteo; Huyghe, Jacques M. (Springer, 2019)

Charged porous media are pervasive, and modeling such systems is mathematically and computationally challenging due to the highly coupled hydrodynamic and electrochemical interactions caused by the presence of charged ...
Effects of intrinsic properties on fracture nucleation and propagation in swelling hydrogels

Ding, Jingqian; Remij, Ernst W.; Remmers, Joris J.C.; Huyghe, Jacques M. (MDPI, 2019)

In numerous industrial applications, the microstructure of materials is critical for performance. However, finite element models tend to average out the microstructure. Hence, finite element simulations are often unsuitable ...
The importance of the mixing energy in ionized superabsorbent polymer swelling models

Fennell, Eanna; Kamphus, Juliane; Huyghe, Jacques M. (MDPI, 2020)

The Flory-Rehner theoretical description of the free energy in a hydrogel swelling model can be broken into two swelling components: the mixing energy and the ionic energy. Conventionally for ionized gels, the ionic energy ...
Intra-extrafibrillar mixture formulation of soft charged tissues

Huyghe, Jacques M. (Polish Society of Theoretical and Applied Mechanics, 1999)

The volume of the intrafibrillar water space - i.e. the water contained inside the collagen fibers - is a key parameter that is relevant to concepts of connective tissue structure and function. Because existing theories of ...
Piezoelectricity in the intervertebral disc

Poillot, Philip; O'Donnell, Joseph; O'Connor, David T.; Ul Haq, Ehtsham; Silien, Christophe; Tofail, Syed A.M.; Huyghe, Jacques M. (Springer, 2020)

Lower back pain is a major global health challenge that can often be caused by degeneration of the Intervertebral Disc (IVD). While IVD biomechanics are a key factor in the degenerative cycle, many mechanotransduction ...
A three-dimensional transient mixed hybrid finite element model for superabsorbent polymers with straindependent permeability

Yu, Cong; Malakpoor, Kamyar; Huyghe, Jacques M. (Royal Society of Chemistry, 2018)

A hydrogel is a cross-linked polymer network with water as solvent. Industrially widely used superabsorbent polymers (SAP) are partially neutralized sodium polyacrylate hydrogel. The extremely large degree of swelling ...

Browsing Centres Science and Engineering by Author "Huyghe, Jacques M."

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Browsing Centres Science and Engineering by Author "Huyghe, Jacques M."

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