Part of the Chemical Engineering Commons

Works by Jason Keith in Chemical Engineering

2012

Tensile modulus modeling of carbon black/polycarbonate, carbon nanotube/polycarbonate, and exfoliated graphite nanoplatelet/polycarbonate composites, Michael D. Via, Julia A. King, Jason Keith, Ibrahim Miskioglu, Mark J. Cieslinski, Jonathan J. Anderson, Gregg R. Bogucki
Michigan Tech Publications

Electrical conductivity modeling of carbon black/polycarbonate, carbon nanotube/polycarbonate, and exfoliated graphite nanoplatelet/polycarbonate composites, Michael D. Via, Julia A. King, Jason Keith, Gregg R. Bogucki
Michigan Tech Publications

2011

In-plane thermal conductivity modeling of carbon-filled liquid crystal polymer-based resins, Tayloria N.G. Adams, Tamara R. Olson, Julia A. King, Jason Keith
Michigan Tech Publications

2010

Effects of carbon fillers on tensile and flexural properties in polypropylene-based resins, Daniel López Gaxiola, Mary M. Jubinski, Jason Keith, Julia A. King, Ibrahim Miskioglu
Michigan Tech Publications

2009

Nielsen thermal conductivity model for single filler carbon/polypropylene composites, Daniel Lopez Gaxiola, Jason Keith, Julia A. King, Beth A. Johnson
Michigan Tech Publications

Tensile modulus modeling of carbon-filled liquid crystal polymer composites, Jason Keith, Julia A. King, Ibrahim Miskioglu, Samuel C. Roache
Michigan Tech Publications

Synergistic effects of multiple carbon fillers on the rheology of liquid crystal polymer based resins, Julia A. King, Troy M. Tambling, Jason Keith, Andrew J. Cole, Faith A. Morrison
Michigan Tech Publications

2008

Thermal conductivity models for single and multiple filler carbon/liquid crystal polymer composites, Rebecca A. Hauser, Jason Keith, Julia A. King, Jennifer L. Holdren
Michigan Tech Publications

Effects of carbon fillers on the thermal conductivity of highly filled liquid-crystal polymer based resins, Rebecca A. Hauser, Julia A. King, Rachel M. Pagel, Jason Keith
Michigan Tech Publications

Effects of carbon fillers on the rheology of highly filled liquid-crystal polymer based resins, Julia A. King, Troy M. Tambling, Faith A. Morrison, Jason Keith, Andrew J. Cole, Rachel M. Pagel
Michigan Tech Publications

Synergistic effects of carbon fillers on tensile and flexural properties in liquid-crystal polymer based resins, Julia A. King, Jason Keith, Odell L. Glenn, Ibrahim Miskioglu, Andrew J. Cole, Scott R. McLaughlin, Rachel M. Pagel
Michigan Tech Publications

Synergistic effects of carbon fillers in electrically and thermally conductive liquid crystal polymer based resins, Julia A. King, Rodwick L. Barton, Rebecca A. Hauser, Jason Keith
Michigan Tech Publications

Tensile properties of carbon filled liquid crystal polymer composites, Jason Keith, Julia A. King, Peter W. Grant, Andrew J. Cole, Bryan M. Klett, Ibrahim Miskioglu
Michigan Tech Publications

2007

Electrical conductivity model evaluation of carbon fiber filled liquid crystal polymer composites, Rodwick L. Barton, Jason Keith, Julia A. King
Michigan Tech Publications

FEM calculations of capillary rheometer flow for carbon-filled liquid crystal polymer composites, Emily Kunen, Jason Keith, Peter W. Grant, Julia A. King, Faith A. Morrison
Michigan Tech Publications

Thermal conductivity models for carbon/liquid crystal polymer composites, Jason Keith, Julia A. King, Kara M. Lenhart, Bridget Zimny
Michigan Tech Publications

Averaging theory for diesel particulate filter regeneration, Haishan Zheng, Jason Keith
Michigan Tech Publications

Electrical conductivity and rheology of carbon fiber/liquid crystal polymer composites, Julia A. King, Jason Keith, Ryan C. Smith, Faith A. Morrison
Michigan Tech Publications

2006

Thermal conductivity of carbon fiber/liquid crystal polymer composites, Jason Keith, Julia A. King, Michael G. Miller, Amanda M. Tomson
Michigan Tech Publications

Electrical conductivity modeling of carbon-filled liquid-crystalline polymer composites, Jason Keith, Julia A. King, Rodwick L. Barton
Michigan Tech Publications

Measuring thermal conductivities of anisotropic synthetic graphite-liquid crystal polymer composites, Michael G. Miller, Jason Keith, Julia A. King, Brian J. Edwards, Nils Klinkenberg, David A. Schiraldi
Michigan Tech Publications

Electrical conductivity and rheology of carbon-filled liquid crystal polymer composites, Julia A. King, Faith A. Morrison, Jason Keith, Michael G. Miller, Ryan C. Smith, Mariana Cruz, Amanda M. Neuhalfen, Rodwick L. Barton
Michigan Tech Publications

Comparison of the guarded-heat-flow and transient-plane-source methods for carbon-filled nylon 6,6 composites: Experiments and modeling, Michael G. Miller, Jason Keith, Julia A. King, Rebecca A. Hauser, Angela M. Moran
Michigan Tech Publications

Measuring and predicting in-plane thermal conductivity of carbon-filled nylon 6,6 polymer composites, Jason Keith, Carl D. Hingst, Michael G. Miller, Julia A. King, Rebecca A. Hauser
Michigan Tech Publications

Thermal and electrical conductivity of carbon-filled Liquid Crystal Polymer composites, Julia A. King, Michael G. Miller, Rodwick L. Barton, Jason Keith, Rebecca A. Hauser, Karl R. Peterson, Lawrence L. Sutter
Michigan Tech Publications

2005

Shielding effectiveness density theory for carbon fiber/nylon 6,6 composites, Jason Keith, Nicholas B. Janda, Julia A. King, Warren F. Perger, Troy J. Oxby
Michigan Tech Publications

2004

New Design for Efficient Diesel Particulate Trap Regeneration, Haishan Zheng, Jason Keith
Michigan Tech Publications

2002

Novel scheme for delaying reverse-flow reactor runaway, Jason Keith
Michigan Tech Publications