2000 Team Projects

• MD study of motion of concentric nanotubes
        M. Dequesnes, M. Chukhman
• Reconstructions of GaAs thin film surfaces
        M. Stehno, Y. Shi
• Atomistic Kinetic Monte Carlo Simulations of the quenching of a binary alloy
        T. Drews, D. Finkenstadt, X. Gu
• Quadrapoles on a lattice
        B. Kraczek, P. Krashnochtchekov
• Layering Transitions and Dynamics in Confined Liquid Films
        R. Patil, J. Vincent
• Shear flow of a simple liquid in a confined space
        I. Tziligakis, J. Hooper, J. Liu
• Critical Behaviour 3D Ising Model
        D. Das, L. Huang
• Silicon Cluster optimization using competent genetic algorithms
        K. Sastry, G. Xiao

1999 Team Projects

• A Monte Carlo Simulation of Chemically-Sputtered Carbon Tranport
        D. Alman and A. Mitofsky
• Grain Boundary Segregation in Binary Alloys
        J. Carpenter, A. Celik, and M. Li
• Understanding Colloidal Phase Transitions Through Simulations: The Gel-Crystal Line
        N. Dixit, B. Rosczyk, and K. Samiee
• Relative Efficiencies of Diffusion Monte Carlo and Path Integral Monte Carlo
        K. Esler and N. Romero
• Study of Chain Polymers using Configurational-biased Monte Carlo Method
        Y. Chen and T. Wei

1998 Team Projects

• A Novel, Simple, Exact Model to Explore Protein Folding
        J. Gerbi (MatSE) and T. Dellinger (MatSE)
• Entropy-driven Phase Transitions: Non-Additive, Symmetric, Binary Hard Spheres
        D. Pouchkin (Physics) and M. Sayar (MatSE)
• Exploring Thermodynamic Phase Space in Style with Constant Pressure MD
        T. Wilkens (Physics) and D. Holdych (MIE)
• Modeling Chemo-taxis with Active Walkers
        E. Draeger (Physics), J. Ruppert-Felsot (Physics) and D. West (MatSE)
• Melting of Hard Spheres on the Surface of a Sphere (NpT Metropolis MC)
        D. Liao (MatSE) and R. Furstenberg (Physics)
• Walkers Models of Dendritic and Compact Surface Domain Formation
        D. Guan (Physics), J. Palko (MatSE) and A. Trellakis (CS)
• Kinetic Monte Carlo Simulation of MBE Growth
        O. Aktas (ECE) and Fang Wu (MatSE)