51		! number of austenite grains (nalph)
2000		! maximum number of ferrite grains (nbeta)
2000	! interval between outputs [steps] (divisor)
1.0e-3	! time increment for one time-step [s] (delt)
907.3	! initial temperature [K] (temp_start)
851.6	! final temperature [K] (temp_end)
3.		! cooling rate [K/s] (coolingrate)
324		! number of finite difference grids along x-axis (g_nx)
324		! number of finite difference grids along y-axis (g_ny)
1e-6	! spacing of finite difference grids [m] (g_dx=g_dy)
0.0151	! mass fraction of manganese (w0(1))
0.0007	! mass fraction of carbon (w0(2))	
2.3e-4	! Pre-exponential factor of carbon    diffusivity in austenite phase [m2/s]
148e+3	! Activation energy      of carbon    diffusivity in austenite phase [J/K/mol]
1.6e-5	! Pre-exponential factor of manganese diffusivity in austenite phase [m2/s]
262e+3	! Activation energy      of manganese diffusivity in austenite phase [J/K/mol]
2.0e-6	! Pre-exponential factor of carbon    diffusivity in ferrite   phase [m2/s]
83.9e+3	! Activation energy      of carbon    diffusivity in ferrite   phase [J/K/mol]
1.5e-4	! Pre-exponential factor of manganese diffusivity in ferrite   phase [m2/s]
234e+3	! Activation energy      of manganese diffusivity in ferrite   phase [J/K/mol]
1.0     ! Interfacial energy of austenite grain boundary [J/m2]
0.1     ! Interfacial energy of austenite/ferrite interface [J/m2]

