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Materials Science and Technology Volume 19, 2003 - Issue 9: Polymer morphology and processing
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Influence of nanoscale fibres and discs on intrinsic modulus and packing fraction of polymeric particulate composites and suspensions

R. D. Sudduth
Pages 1181-1190 | Published online: 19 Jul 2013

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PetrV. Shibaev, Cristina Schlesier, Eckhard Hanelt & Michael Manevich. (2011) Deformable Viscoelastic Cholesteric Films with Nanoparticles. Molecular Crystals and Liquid Crystals 545:1, pages 53/[1277]-57/[1281].
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Articles from other publishers (10)

Richard D. Sudduth. (2019) A percolation threshold model that effectively characterizes the full concentration range for electrical-conducting polymer composites. Journal of Applied Polymer Science 136:11, pages 47184.
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Richard D. Sudduth. (2019) Optimum formulation derivation for the ultimate packing fraction using monodispersed particle sizes when optimizing suspension viscosities. Pigment & Resin Technology 48:1, pages 45-56.
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Qingkai Meng & Daniel De Kee. (2012) Mechanical modeling of a three‐phase nanocomposite polymeric material. Journal of Applied Polymer Science 127:6, pages 4644-4652.
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Richard D. Sudduth. (2012) Modeling the characteristics of pigment cluster formed foams in coatings and polymer formulations. Journal of Applied Polymer Science 125:4, pages 2824-2838.
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Antonio RodolfoJr.Jr. & Lucia Helena Innocentini-Mei. (2010) Poly(vinyl chloride)/metallic oxides/organically modified montmorillonite nanocomposites: Preparation, morphological characterization, and modeling of the mechanical properties. Journal of Applied Polymer Science 116:1, pages 422-432.
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R.D. Sudduth. (2009) Modelling cluster voids and pigment particle size distribution to predict properties and CPVC in coatings. Part II: wet coating analysis. Pigment & Resin Technology 38:1, pages 10-24.
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R.D. Sudduth. (2008) Modeling cluster voids and pigment distribution to predict properties and CPVC in coatings. Part I: dry coating analysis. Pigment & Resin Technology 37:6, pages 375-388.
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Richard D. Sudduth. (2008) A new approach to controlling the viscosity of a coating with a blend of particles with significantly different shapes. Pigment & Resin Technology 37:6, pages 362-374.
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Richard D. Sudduth. (2005) Analysis of the Maximum Tensile Strength of a Composite with Spherical Particulates. Journal of Composite Materials 40:4, pages 301-331.
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Maged A. Osman & Ayman Atallah. (2005) Interparticle and particle–matrix interactions in polyethylene reinforcement and viscoelasticity. Polymer 46:22, pages 9476-9488.
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