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#####################
#
# Region informations
#
#####################
# How big is cell ? [cm] (float)
# for x ?
# for y ?
# for z ?
# Number of cells...(int)
# in x direction ?
#3
# in y direction ?
#3
# in z direction ?
#1
# Maximal height of solid (moving frame)
#600
# Slope of Liquidus in Phase-Diagram
#2.6
# Global starting concentration C0 [%] (float)
#4
# Segregration coefficient k (float)
#0.14
# Diffusion coefficient liquid [cm^2/s] (float)
#3e-05
# Diffusion coefficient solid [cm^2/s] (float)
#3e-09
# End criteria for Fraction Liquid vs 1
#0.95
# Conduction coefficient of matrix ? [W/cm/K]
#0.95
# Specific heat (rho_cp) of matrix ? [J/ccm/K]
#2.58
# Conduction coefficient of particle ? [W/cm/K]
#0
# Specific heat (rho_cp) of particle ? [J/ccm/K]
#0
# Latent heat of matrix ? [J/ccm]
#0
# Latent heat of particle is set to 0
#
# Melting temperature of matrix [K] (float)
#933.6
# TPoint ( temperature derivation per time ) [K/s] (float)
#0.4
# Starting temperature at down border [K] (float)
#921.5
# Temperature gradient over calculating region [K/cm] (float)
#10
# Delta - iface thickness [cm] (float)
#0.0012
# Mobility of phase border [cm/s/K] (float)
#1000.01
# Gibbs-Thomson Coef. [K cm] (float)
#2.4e-05
# Kinetic anisotropy (float)
#0
# Border anisotropy (float)
#0.0008
# Prefactor Anti-trapping (float)
#0.166667
# Phase field gradient energy coefficient (float)
#0.015
# Phase field misorientation energy coefficient (float)
#0.01
# Characteristic length for grain boundary Epsilon(float)
#0.008
# Phase transient coefficient (float)
#0.1
# Orientation transient coefficient (float)
#0.01
# Undercooling parameter in M(phi) function (float)
#1
# scaling coefficient in P(grad phi) function Beta (float)
#100000
# scaling mobility in P(grad phi) function Mu (float)
#1000
# infinity diffusive constant (float)
#1000
# Number of particles (< 100)
#3
# Now 3 x-coordinates and y-coordinates of particles
#1Particle (Radius, x_M, y_M, theta_M)
#1 1 1 0.1
#2Particle (Radius, x_M, y_M, theta_M)
#1 9 1 3
#3Particle (Radius, x_M, y_M, theta_M)
#1 17 9 6
# Normal pressure (float) [N/m^2]
#0
# Pressure gradient per cm (float) [N/m^2/cm]
#0
# Density in the liquid (float) [g/cm^3]
#2.475
# Variation of density with concentration (float)
#-0.01
# Viscosity of melt (float) [cm^2/s]
#0.0057
# velocity inside the melt (float)
#0
# weight factor for Kozeny-Karman (float)
#1.29
# Accepted relative error in C-estimation (float)
#2e-06
# Accepted relative error in V-estimation (float)
#0.005
############################
##########################
#
# Time informations
#
##########################
# Time step width ? [Seconds] float
#1e-05
# How many time steps ? (int)
#10000
# Initialization of CellInfo is successfull
# Initial boundary set
# After how many timesteps are result data written out?
#50
# After how many timesteps are control values written out
#50
# After how many timesteps are convergence values written out
#50
# Output: Timestep (filter) and Control values:
#t,Dvy/Dvx/Dv/Vmax/ytip/xtip/v/rho/s*/Pe/Utp/Otp/FS/iface/Cav/Cav_l/T_bot/C_bot/ymax,vy-mean
# *** Timestep 0 ***