Simulation of Continuous 3D Printer
Simulation of
Continuous 3D Printer
Based on Comsol
CanGao
Content
• Introduction
• Bending Simulation
• Oxygen Inhibition Layer Simulation
• Future Work
Introduction
Introduction
Oxygen Inhibition Simulation
Oxygen Inhibition Simulation
Initial Value: 1 mol /m^3
Boundary Concentration 1:
45mol/m^3*K1
K1: 0.2 (Partition Coefficient)
Oxygen Inhibition Simulation
Initial Value: 0 mol /m^3
Boundary Concentration:
c_pdms*K2
K2=0.8
Oxygen Inhibition Simulation
I=1
60
50
40
30
20
10
0
0.3
0.4
0.5
0.6
0.7
0.8
Future Work
Reaction Speed
Range
Kp
0.04~15 m^3/mol*S
Kt
0.3~3900m^3/mol*S
Bending Simulation
Bending Simulation
Thank you!
Continuous 3D Printer
Based on Comsol
CanGao
Content
• Introduction
• Bending Simulation
• Oxygen Inhibition Layer Simulation
• Future Work
Introduction
Introduction
Oxygen Inhibition Simulation
Oxygen Inhibition Simulation
Initial Value: 1 mol /m^3
Boundary Concentration 1:
45mol/m^3*K1
K1: 0.2 (Partition Coefficient)
Oxygen Inhibition Simulation
Initial Value: 0 mol /m^3
Boundary Concentration:
c_pdms*K2
K2=0.8
Oxygen Inhibition Simulation
I=1
60
50
40
30
20
10
0
0.3
0.4
0.5
0.6
0.7
0.8
Future Work
Reaction Speed
Range
Kp
0.04~15 m^3/mol*S
Kt
0.3~3900m^3/mol*S
Bending Simulation
Bending Simulation
Thank you!