User oriented training content design

[MengnanLi91]

Motivation

Develop a new user-oriented training, get rid of some coding content and add more multiphysics engineering examples

Design

• Introduction
• Setup (Linux, MOOSE, VSCode)
• Problem Statement
• (Step 1) Geometry and Diffusion
• Finite Elements, Discretization
• Discretization and Numerics
• C++ Fundamentals in MOOSE
• Kernels, Objects, Input
• (Step 2) Simple Heat Conduction Kernel
• Mesh, Output
• (Step 3) Boundary Conditions
• (Step 4) Heat Conduction kernel with Material
• Materials, Functions
• Test System
• (Step 5) Auxiliary variables
• Auxiliary system
• (Step 5 continued) Heat flux auxiliary variable
• (Step 6) Transient heat conduction
• Executioner system
• Time Integrator and Time Stepper systems
• (Step 7) Equation Coupling
• Troubleshooting
• (Step 8) Mesh adaptivity
• Adaptivity system
• (Step 9)Postprocessors, User Objects, VPPs
• (Step 10) Mechanics, Modules, Input File Mechanics
• (Step 11) Multiscale Simulation
• Multiapps/Multiscale Simulation
• Transfers
• (Step 12) Custom Syntax
• Action System, Custom Syntax, MMS, Pluggable Systems, Restart & Recover
• Finite Volume method

Impact

Better user-oriented training