A Molecular Theory for Fast Flows of Entangled Polymers von Mead, D. W, Larson, R. G, Doi, M

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Polarized Raman Scattering Predictions for a Molecular Constitutive Model of a Topologically Entangled and Permanently Cross-Linked Rubber von Mead, D. W

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Derivation of the “switch function” in the Mead–Larson–Doi theory von Mead, D. W.

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Development of the binary interaction theory for entangled polydisperse linear polymers von MEAD, D. W

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Small amplitude oscillatory shear flow superposed on parallel or perpendicular (orthogonal) steady shear of polydisperse linear polymers: The MLD model von Mead, D.W.

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Structure formation in moderately concentrated viscoelastic suspensions in simple shear flow von Lyon, M. K., Mead, D. W., Elliott, R. E., Leal, L. G.

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Development of orientation and texture during shearing of liquid-crystalline polymers von Larson, R. G., Mead, D. W.

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Evolution of the molecular weight distribution and linear viscoelastic rheological properties during the reactive extrusion of polypropylene von Mead, D. W.

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Theoretical derivation of molecular weight scaling for rheological parameters von Anderssen, R.S., Mead, D.W.

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The Ericksen number and Deborah number cascades in sheared polymeric nematics von Larson, R. G., Mead, D. W.

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Rheooptical study of isotropic solutions of stiff polymers von Mead, D. W, Larson, R. G

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A constitutive model for entangled polydisperse linear flexible polymers with entanglement dynamics and a configuration dependent friction coefficient. Part I: Model derivation von Mead, D. W., Monjezi, S., Park, J.

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A constitutive model for entangled polydisperse linear flexible polymers with entanglement dynamics and a configuration dependent friction coefficient. Part II. Modeling “shear mod... von Mead, D. W., Monjezi, S., Park, J.

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Image analysis of shear-induced textures in liquid-crystalline polymers von Gleeson, J. T., Larson, R. G., Mead, D. W., Kiss, G., Cladis, P. E.

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Application of the MLD atoya model to extensional flows of broadly polydisperse linear polymers: Part II. Comparison with experimental data von Mishler, S D, Mead, D W

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Application of the MLD atoya model to extensional flows of broadly polydisperse linear polymers: Part I a Model development von Mishler, S D, Mead, D W

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Application of the MLD “toy” model to extensional flows of broadly polydisperse linear polymers: Part II. Comparison with experimental data von Mishler, S.D., Mead, D.W.

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Application of the MLD “toy” model to extensional flows of broadly polydisperse linear polymers: Part I – Model development von Mishler, S.D., Mead, D.W.

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The reptation model with segmental stretch. II: Steady flow properties von MEAD, D. W, YAVICH, D, LEAL, L. G

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The reptation model with segmental stretch. I: Basic equations and general properties von MEAD, D. W, LEAL, L. G

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