GRANTS

NSF DIVISION OF MATHEMATICAL SCIENCES, Applied Mathematics, $245,180 (3 yrs) “Kinetic Monte Carlo Simulation of Nanoalloy Crystal Growth”

NSF DIVISION OF MATHEMATICAL SCIENCES, Applied Mathematics, $211,763 (3 yrs) “Kinetic Monte Carlo Modeling and Simulation of Phase Boundaries and Polycrystals”

UTK/ORNL Joint Institute for Advanced Materials (JIAM) Seed Project Proposal, with Z. Zhang (Physics), J. Shen (Physics), and W. Zhu (Physics), $35,000 “Development of Dynamic -Zone Monte Carlo (DZ-KMC) Simulations for Predictive Modeling of Interface Evolution During Nonequilibrium Growth”

NSF DIVISION OF MATHEMATICAL SCIENCES, with P. Smereka (Michigan) and V. Shenoy (Brown), Applied Mathematics, $1,006,764 (3 yrs) “FRG: Modeling and Computation of Crystalline Nanostructures”

NSF DIVISION OF MATHEMATICAL SCIENCES, Applied Mathematics, $126,068 (3 yrs) “Fast Kinetic Monte Carlo Simulation of Crystal Growth and Evolution”

NSF Conference Proposal with Alexiades and Feng, Computational Mathematics, $15,000 “Conference proposal: Multi-Scale Modeling and Simulation in Materials Science”

NSF DIVISION OF MATHEMATICAL SCIENCES, Applied Mathematics, $115,352 (3 yrs) “The mushy-zone free-boundary problem”

DEPARTMENT OF ENERGY, $400,000 (5 yrs) “Integrated multiscale modeling of molecular computing devices”

NSF DIVISION OF MATHEMATICAL SCIENCES, Applied Mathematics, $76,000 (3 yrs) “Modeling, simulation and analysis of epitaxial film growth”