Porous Media: Hydrogels
ORAL · G11 · ID: 681524
Presentations
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A linear-elastic-nonlinear-swelling theory for hydrogels: constitutive relations and dynamics
ORAL
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Publication: J. J. Webber and M. G. Worster: A linear-elastic-nonlinear-swelling theory for hydrogels. Part 1. Modelling of super-absorbent gels (J. Fluid Mech., in prep.)
Presenters
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Grae Worster
Univ of Cambridge
Authors
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Grae Worster
Univ of Cambridge
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Joseph Webber
Univ of Cambridge
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A linear-elastic-nonlinear-swelling theory for hydrogels: displacements and differential swelling
ORAL
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Publication: J. J. Webber and M. G. Worster: A linear-elastic-nonlinear-swelling theory for hydrogels. Part 2. Displacement formulation (J. Fluid Mech., in prep.)
Presenters
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Joseph Webber
Univ of Cambridge
Authors
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Joseph Webber
Univ of Cambridge
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Grae Worster
Univ of Cambridge
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Merlin A Etzold
Univ of Cambridge
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Modeling osmotic swelling of chemically responsive hydrogels induced by non-uniform chemical signals
ORAL
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Presenters
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Chinmay Katke
Virginia Tech
Authors
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Chinmay Katke
Virginia Tech
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Peter A Korevaar
Radboud University, The Netherlands
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C. Nadir Kaplan
Virginia Tech
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A comparison of four boundary conditions for the fluid-hydrogel interface
ORAL
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Publication: Xu, Z., Zhang, J., Young, Y.-N., Yue, P. & Feng, J. J., A comparison of four boundary conditions for the fluid-hydrogel interface. Phys. Rev. Fluids (submitted).
Presenters
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Zelai Xu
University of British Columbia
Authors
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Zelai Xu
University of British Columbia
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Jiaqi Zhang
Clemson University
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Yuan-Nan Young
New Jersey Inst of Tech
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Pengtao Yue
Virginia Tech
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Jimmy J Feng
University of British Columbia
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