## Importing User Variables ##
#List of all variables used#
d1 = 0.3e-03 #length of cantilever between arc and end block
d2 = 0.6e-03 #length of end block
d3 = 0.6e-03 #length of cantilever between built in and free end
d4 = 0.4E-03 #width of disk arc
h1 = 0.2e-03 #width of cantilever
h2 = 1.0e-03 #width of free end
r1 = 0.9e-03 #radius of cantilever arc
r2 = 2.0e-03 #radius of disc
t = 125e-06 #thickness of sheet
E = 200e+09 #material elastic modulus
dens = 8000 #material density
PRat = 0.29 #material poissons ratio
EncName = 'encastre' #name of encarcarate BC set
TopSetName = 'Cant_top_set' #name of set for top of cantilever surface
CentFreeName = 'center_of_free_end' #name of set for center of free end (nanoindent location)
WholePrt = 'Whole-Part' #name of set for the whole part
MeshSeedSize = 2e-05 #size of mesh seed
SName = 'nanoindenter' #name of loading step
ForceName = 'nanoindent' #name of nanoindenter load
JobName = 'nanoindent' #name of job
IndentLocName = 'nanoindenter' #name of the set (not created here) for the nanoindenter position
ModelName = 'Model-1' #name of the model
PrtName = 'Part-1' #Name of Part
InstName = 'Inst-1' #Name of Instance
#Only for direct dynamic analysis#
MinFreq = 19000 #minimum frequency for the frequency step
MaxFreq = 20000 #maximum frequency for the frequency step
VertDisp = 1e-05 #vertical displacement of the built in end
#Only for static cantilever calibration#
SName2 = 'disk' #name of loading step  with indent nearer the disk
SName3 = 'end' #name of loading step with indent nearer the end
DiskFreeName = 'near_disk' #name of set for the indent nearer the disk side of the tongue (quater of the way along and on center line)
EndFreeName = 'near_end' #name ofset for the indent nearer the end side of the tongue (three quaters of the way along and on center line)
## Importing User Variables ##
#List of all variables used#
d1 = 0.3e-03 #length of cantilever between arc and end block
d2 = 0.6e-03 #length of end block
d3 = 0.6e-03 #length of cantilever between built in and free end
d4 = 0.4E-03 #width of disk arc
h1 = 0.2e-03 #width of cantilever
h2 = 1.0e-03 #width of free end
r1 = 0.9e-03 #radius of cantilever arc
r2 = 2.0e-03 #radius of disc
t = 125e-06 #thickness of sheet
E = 200e+09 #material elastic modulus
dens = 8000 #material density
PRat = 0.29 #material poissons ratio
EncName = 'encastre' #name of encarcarate BC set
TopSetName = 'Cant_top_set' #name of set for top of cantilever surface
CentFreeName = 'center_of_free_end' #name of set for center of free end (nanoindent location)
WholePrt = 'Whole-Part' #name of set for the whole part
MeshSeedSize = 2e-05 #size of mesh seed
SName = 'nanoindenter' #name of loading step
ForceName = 'nanoindent' #name of nanoindenter load
JobName = 'nanoindent' #name of job
IndentLocName = 'nanoindenter' #name of the set (not created here) for the nanoindenter position
ModelName = 'Model-1' #name of the model
PrtName = 'Part-1' #Name of Part
InstName = 'Inst-1' #Name of Instance
#Only for direct dynamic analysis#
MinFreq = 19000 #minimum frequency for the frequency step
MaxFreq = 20000 #maximum frequency for the frequency step
VertDisp = 1e-05 #vertical displacement of the built in end
#Only for static cantilever calibration#
SName2 = 'disk' #name of loading step  with indent nearer the disk
SName3 = 'end' #name of loading step with indent nearer the end
DiskFreeName = 'near_disk' #name of set for the indent nearer the disk side of the tongue (quater of the way along and on center line)
EndFreeName = 'near_end' #name ofset for the indent nearer the end side of the tongue (three quaters of the way along and on center line)
## Importing User Variables ## #List of all variables used# #length of cantilever between arc and end block #length of end block #length of cantilever between built in and free end #width of disk arc #width of cantilever #width of free end #radius of cantilever arc #radius of disc #thickness of sheet #material elastic modulus #material density #material poissons ratio #name of encarcarate BC set #name of set for top of cantilever surface #name of set for center of free end (nanoindent location) #name of set for the whole part #size of mesh seed #name of loading step #name of nanoindenter load #name of job #name of the set (not created here) for the nanoindenter position #name of the model #Name of Part #Name of Instance #Only for direct dynamic analysis# #minimum frequency for the frequency step #maximum frequency for the frequency step #vertical displacement of the built in end #Only for static cantilever calibration# #name of loading step  with indent nearer the disk #name of loading step with indent nearer the end #name of set for the indent nearer the disk side of the tongue (quater of the way along and on center line) #name ofset for the indent nearer the end side of the tongue (three quaters of the way along and on center line)