Feb25 (spec 2.5)

• Adding Basic Components
  • Creating a new Feb object
    • The basics
    • Adding Mesh
    • Modfying nodes/elements
    • Adding Load
    • Add boundary condition
    • Adding Material
    • Add Element data
  • Running FEB
  • Reading XPLT
    • Example properties
    • States data:
  • FEBio Container
  • Ploting Feb or Xplt
• Adding Surface Loads
  • Preparing the data for surface loads (case 1)
    • Load the Mesh
      • Find node ids for boundary conditions
    • Create surface to apply surface load
    • Saving as a multiblock
  • Preparing the data for surface loads (case 1)
    • Load the Mesh
    • Create FEB
      • Create a FEB object:
      • Setup basic configurations:
      • Add materials
      • Add mesh
      • Add Nodesets
      • Add Boundary conditions
      • Add Surfaces
      • Add loads
    • Writing FEB
  • Reading results with surface loads
    • Reading XPLT
    • Plotting results
• Adding discrete sets
  • Preparing the data for discrete set case 1
    • Load the Mesh
    • Setup the blocks positions
    • Prepare the data (find node ids of interest)
      • Find the discrete sets
      • Find node ids for boundary conditions
    • Create surface to apply surface load
    • Saving as a multiblock
  • Adding Discrete sets
    • Load the Mesh
    • Create FEB
      • Create a FEB object:
      • Setup basic configurations:
      • Add materials
      • Add mesh
      • Add Nodesets
      • Add Surfaces
      • Add loads
      • Add Boundary conditions
      • Add Discrete Sets
        • First option:
        • Second option:
    • Writing FEB
  • Reading results with discrete sets
• Adding Fibers
  • Preparing the data for Fibers Case 1
    • Load the Mesh
    • Prepare the data (find node ids of interest)
      • Find node ids for boundary conditions
    • Create surface to apply surface load
    • Create a fibers field
    • Saving as a multiblock
  • Adding Fibers data to FEB
    • Load the Mesh
    • Create FEB
      • Create a FEB object:
      • Setup basic configurations:
      • Add materials
      • Add mesh
      • Add Nodesets
      • Add Boundary conditions
      • Add Surfaces
      • Add loads
      • Add Mesh Data (fibers)
    • Writing FEB
  • Reading results with fibers
    • Reading XPLT
    • Plotting results