F. Joseph Schork

 F. Joseph Schork

F. Joseph Schork

  • Courses1
  • Reviews1

Biography

University of Maryland - Chemistry


Resume

  • 2006

    Georgia Institute of Technology

    Georgia Institute of Technology

    Professor

    University of Maryland

  • 1982

    Georgia Tech

    Georgia Tech

  • 1977

    American Institute of Chemical Engineers

    Doctor of Philosophy (PhD)

    Chemical Engineering

    University of Wisconsin-Madison

  • 1973

    Master of Science (MS)

    Chemical Engineering

    University of Louisville

  • 1969

    Bachelor of Science (BS)

    Chemical Engineering

    University of Louisville

    Registered Professional Engineer in the State of Georgia

    State of Georgia

  • 518

    American Chemical Society

  • Materials Science

    Process Simulation

    Polymers

    Data Analysis

    Matlab

    Teaching

    Spectroscopy

    Engineering

    Chemical Engineering

    Organic Chemistry

    R&D

    Chemistry

    Mathematical Modeling

    Statistics

    Optimization

    Science

    Simulations

    Characterization

    Nanomaterials

    Nanotechnology

    Control of Polymerization Reactors

    K.W. Leffew

    P.B. Deshpande

    Control of Polymerization Reactors

    Research Interests\n\nPolymer reaction engineering

    including the kinetics

    mathematical modeling

    reactor design and control of polymerization and post-polymerization processes. More specifically

    dispersed-phase polymerization

    including suspension

    microsuspension

    emulsion and miniemulsion polymerization. These systems provide kinetic and product benefits

    as well as the safety

    cost and environmental benefits of using water in place of organic solvents during polymerization. Recent work has been centered on miniemulsion polymerization

    including living polymerization in miniemulsion systems

    hybrid miniemulsion polymerization for paints and coatings

    biogels for biomedical applications

    and nanoencapsulation for inks and dyes

    and polymerization in chemical evolution.

    F. Joseph

    Schork P.E.

    University of Maryland

CHEM 135

2.5(1)