deck.yaml

Problem Type:
  Type: "Layers"
  Dimension: 3
  Number of Materials: 1
  Number of Objects: 3

Material1:
  Mechanical:
    Coefficient of Thermal Expansion: 0.000041
    Density [kg.m-3]: 1050
  Thermal:
    Convection Coefficient [W.m-2.K-1]: 30
    Thermal Conductivity [W.m-1.K-1]:
      x: 0.2
      y: 0.2
      z: 0.2
    Specific Heat [J.kg-1.K-1]: 2100
  Thermal Resistance Filament-Plate [m2.K.W-1]: 0.00005
  Thermal Resistance Filament-Filament [m2.K.W-1]: 0.0001

Heating plate:
  Density [kg.m-3]: 2210
  Specific Heat [J.kg-1.K-1]: 730
  Thermal Conductivity [W.m-1.K-1]: 1.4

Boundary Conditions:
  Number of boundary conditions: 8
  BD1:
    Localisation: Bot
    Model: Dirichlet
    Value:
  BD2:
    Localisation: Top
    Model: Neumann
    Value: convection
  BD3:
    Localisation: Left
    Model: Neumann
    Value: convection
  BD4:
    Localisation: Right
    Model: Neumann
    Value: convection
  BD5:
    Localisation: Front
    Model: Neumann
    Value: convection
  BD6:
    Localisation: Behind
    Model: Neumann
    Value: convection
  BD7:
    Localisation: Inside
    Model: conduction
    Value:
  BD8:
    Localisation: Interlayer
    Model: conduction
    Value:

Dimensions:
  Number of Objects:
    Height: 3
    Width: 1
    Length: 1
  Object:
    Thickness [m]: 0.0008
    Width [m]: 0.00125
    Length [m]: 0.01
  
Experimental Conditions:
  Extrusion Temperature [K]: 528
  Bed Temperature [K]: 373
  Room Temperature [K]: 368
  Time between 2 filament depositions [s]: 8.9
  Vcooling [K.s-1]: 0.5
  Time before cooling [s]: 60
  Time after cooling [s]: 60

Simulation:
  Number of intervals per object:
    Thickness: 4
    Width: 6
    Length: 50
  
Animation:
  Color Map: 'plasma'
  Time Interval: 5