coupler_compon…

frank_read_src.ctrl
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			#
			# This example is a single cpu simulation of a simple frank read source.
			# using the "Rijm*" tables rather than the Fast Multipole Method for
			# calculating remote forces.
			#
			# Output generated by this example will be placed under the directory
			# specified by the <dirname> value and includes:
			# restart files
			# gnuplot visualization files
			# povray visualization files
			# various properties files
			#
			dirname = "frank_read_src_results"
			Rijmfile = "Rijm.cube.out"
			RijmPBCfile = "RijmPBC.cube.out"
			numXdoms = 1
			numYdoms = 1
			numZdoms = 1
			numXcells = 4
			numYcells = 4
			numZcells = 4
			maxstep = 500
			remeshRule = 2
			minSeg = 2.000000e+02
			maxSeg = 2.000000e+03
			timestepIntegrator = "trapezoidtimestep"
			rTol = 5.000000e+00
			rc = 2.041241e+01
			Ecore = 5.502262e+10
			shearModulus = 1.300000e+11
			pois = 3.090000e-01
			burgMag = 2.725000e-10
			TempK = 3.000000e+02
			MobScrew = 1.000000e+01
			MobEdge = 1.000000e+01
			MobClimb = 1.000000e-04
			mobilityLaw = "BCC_0"
			loadType = 0
			edotdir = [
			1.949730e-05
			2.755186e-06
			1.000000e+00
			]
			eRate = 1.000000e+04
			appliedStress = [
			0.000000e+00
			0.000000e+00
			5.000000e+08
			0.000000e+00
			0.000000e+00
			0.000000e+00
			]
			savetimers = 0
			savecn = 1
			savecnfreq = 100
			savecncounter = 0
			gnuplot = 1
			gnuplotfreq = 100
			gnuplotcounter = 0
			povray = 1
			povrayfreq = 100
			povraycounter = 0
			saveprop = 1
			savepropfreq = 10