analytical_model_AFSD_code_and_data/python_parameters.py at main · adevaucorbeil/analytical_model_AFSD_code_and_data · GitHub

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ρ_mat  = 2700     # kg/m^3
κ_mat  = 170      # W/(m.K)
κ_tool = 100      # W/(m.K)
cp     = 896      # J/(kg.K)
A      = math.exp(19.3) # 1/s
α      = 0.045    # 1/MPa
α      /= 1e6     # 1/Pa
n      = 3.55
t      = 1.5e-3   # m
h      = 30e-3    # m
L      = 40e-3    # m
width  = 40e-3    # m
Ω      = 350      # RPM
ω      = 2*math.pi*Ω/60 # rad/s
ΔH     = 145000   # J/mol
G      = 8.314    # J/(mol.K)
Rbar     = 12.5e-3/2    # m
Rtool     = 38e-3/2    # m
A_feed = 4 * Rbar**2 # m^2
A_tool = math.pi * Rtool**2 # m^2
vfeed  = 6e-3   # m/s
β      = 6.24
ζ      = 0.9
η      = 0.9

Ttool  = 80  # degC
Tlayer = 100  # degC
T0     = 200  # degC

# Moving heat source fitting parameters:
C_th = 0.09
alpha_th = 0.33

Tm = 585 # Melting temperature

Ea = 0#-6e3 # Activation energy