MSE 614: Modeling & Simulation in Materials Science & Engineering: Classical Mechanics
In the spring semester of 2018, graduate students from seven departments and programs at the University of Tennessee took a course in Classical Molecular Dynamics Simulation offered by Professor David Keffer. As part of their final project, the students identified a system of interest to them, formulated a problem statement and investigated it using MD simulation implemented in LAMMPS. The project had three deliverables: (1) a written report, (2) a poster presented during an in-class poster session and (3) an interactive webpage featuring a structure or animation from their simulation. This page presents the webpages from this final project.
Note: Since the JSMol JavaScript renders the interactive structures on the fly, some of these structures may take up to 30 seconds to load. Be patient. All these pages work.
- Sherif Amer (EECS) - Reliability Analysis of Transition Metal Oxide Memristors
- Mahdi Boudaghi-Khajehnobar (MABE) - Study of the Dynamics of Short Chain Linear Polymers in a Semi-Dilute Solution
- Xuesong Fan (MSE) - Molecular Dynamics Simulation for Uniaxial deformations in Zr50Cu40Al10
- Camera Foster (MSE) - Using Different Interatomic Potentials to Calculate the Diffusion Coefficient of Impurity Atoms in Liquid Silicon
- Valerie García-Negrón (MSE) - MD Simulation for sodium-graphite in battery systems using Reactive Force Field
- Dayton Kizzire (MSE) - Interfacial Na-ion Localization in Hierarchical Carbon Anodes
- Ka Hung Lee (CIRE) - Ionic Conductivity of Yttria-stabilized Zirconia (YSZ) at Various Levels of Doping
- Matt Loyd (MSE) - Effect of Temperature on Bulk Modulus of UxTh1-xO2
- Xubo Luo (CBE) - Molecular Dynamics Simulatin of Polymeric Ionic Liquid
- Zongyang Lyu (MSE) - Molecular Dynamics Simulation of FeNiCr Alloys
- Karthika Madathil (CBE) - Molecular Dynamics Simulation for Determining Viscosity of Binary Mixtures of Simple Fluids
- Robert Minneci (MSE) - Wetting of Copper Nanoparticles on Copper 110 Surface with EAM
- Eric Novak (MSE) - Hydride Ion Diffusion in Palladium Hydride
- Hyojin Park (MSE) - MD Simulation: Simulating a NiAl-B2 Alloy System with Embedded-Atom Method (EAM) Potential
- Nobahar Shahidi (CBE) - Diffusion of Ethane in Polystyrene
- Clifton Sluss (MSE) - Examination of Hydrogen in Platinum Catalysts
- Jordan Sutton (MSE) - MD Simulation of Liquid Solid Interface Velocity
- Mohmad Thakur (CEE) - Estimation of Contact Angle of Soil Water Interface Using Molecular Dynamics Simulation
- Jacob Townsend (Chem) - Structure and Gas Diffusivity in 1-Ethyl-3-Methyl-Imidazolium Hexafluorophosphate
- Quan Vuong (CIRE) - Structures of Trp-cage Protein in Gas Phase
- Leo Zella (MSE) - Forming Ni50Pt50 Metallic Glass with LJ/EAM Hybrid Potential
- Zhenghao Zhu (CBE) - Molecular Dynamics Study of the Structure and Diffusivity of Imidazolium-based Ionic Liquids
posted: April, 2018.
updated: April, 2018.