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