MedeA LAMMPS: Robust Gateway to Molecular Dynamics
In this training session, take a first-hand look at:
The collection of interatomic potentials in MedeA, including those for metals and alloys, semiconductors, ionic systems, and organic systems, as well as the reactive potentials.
The steps to export and edit an existing potential (frc) file, and that for importing any external potential parameters into MedeA
The MedeA Deposition, Deformation, and Mesoscale modules that employ interatomic potentials for simulating a wide variety of materials processes and properties
Tutorials:
Introduction to MedeA LAMMPS: Learn how to set up and run LAMMPS molecular dynamics simulations with MedeA
Importing External Potential Parameters into MedeA: Learn how to import external potential parameters and files into MedeA
Deposition of O2 on a Si Surface with Reactive Potentials: Learn how to perform deposition simulation with reactive potentials using MedeA Deposition
Cold Spray of Cu Nanoparticles on the Cu Surface: Learn how to simulate the cold spray of metal nanoparticles onto metal surfaces with MedeA Deposition
Plastic Deformation and Fracture of Single-walled Carbon Nanotube: Learn how to set up and run plastic deformation and fracture simulations with MedeA Deformation
Mesoscale Simulations of Water and Octane: Learn how to set up and run a mesoscale simulation of a mixture with MedeA
Self-assembly of Lipid Bilayer: Learn how to run a mesoscale molecular dynamics simulation of self-assembly on a time-scale of a microsecond with MedeA
Mechanical Properties of a Thermoset Through Mesoscale Simulations: Learn how to predict mechanical properties of a thermoset through mesoscale simulations