Research Abstracts Online
January 2010 - March 2011
University of Minnesota Twin Cities
College of Science and Engineering
of Chemical Engineering and Materials Science
PI: Jeffrey J. Derby, Fellow
Materials Processing Fundamentals
The Derby group develops, implements, and employs large-scale numerical modeling to understand processes that are used for the production of advanced solid-state materials, especially bulk, single crystals. Of special emphasis is the representation of three-dimensional and transient continuum transport (incompressible flows and heat and mass transport), phase-change and other interfacial phenomena, and process design for a number of melt and solution crystal growth systems. They are developing and employing a number of parallel finite-element models for these purposes.
Specific projects during this period include detailed Bridgman crystal growth modeling, coupled models for melt crystal growth, robust solvers for three-dimensional codes, model-based control of crystal growth processes, modeling the dynamics of solution crystal growth, modeling flow and mass transfer in atomic force microscope fluid cell systems, and modeling flow in colloidal crystal growth systems.
Parthiv Daggolu, Graduate Student
Wei Wang, Graduate Student
Andrew Yeckel, Research Associate
Nan Zhang, Graduate Student