!-----geometrical parameters---------
3		        !number of x-zones
0.002  0.04  0.002  	!length of each x-zone (m)
5   280   5	 	!number of control volumes in each x-zone
-1.2 1 1.2		!exponents to define control volume boundaries
2                  	!number of y-zones	
0.003  0.007	   	!length of each y-zone (m)
20    12            	!number of control volumes in each y-zone
1.0  1.5           	!exponents to define control volume boundaries
2                  	!number of z-zones	
0.003  0.003           !length of each z-zone (m)
 15   25          	!number of control volumes in each z-zone
-1.5 -1.2          	!exponents to define control volume boundaries

&index iweld=3,iemf=1 /
&process_parameters  alaspow=1000, alaseta=0.3, alasrb=0.25e-3, alasfact=3, lasertime=1.5, xstart=0.008, scanvel=0.006/
&process_parameters2 arcnp=3200,arcta=0.7,arcrb=5.0e-3,arcfact=1.5,space=-0.002,arccur=150,permag=1.26e-6 /
&process_parameters3 denw=2380,dw=1.0e-3,uw=0.15,sigja=2.5e-3,rf=1.0e-3 /

&material_properties  dens=2700, viscos=1.0e-3, tsolid=858, tliquid=923, hsmelt=7.6e5, hlfriz=1.1e6, acp=881, acpl=1200,  
	thcons=101, thconl=80, beta=2.5e-5, emiss=0.3, dgdtp=-3.5e-4 /

&numerical_relax maxit=500, delt=5e-3, timax=1.7, urfu=0.5, urfv=0.5, urfw=0.5, urfp=0.8, urfh=0.7 /


&boundary_conditions   htci1=100, htcl1=100, htcm1=100, htck1=100, htcn1=100, tempWest=298, tempEast=298, 
	tempNorth=298,	tempBottom=298,	tempPreheat=298, tempAmb=298  /