x
Our website uses cookies. By using the website you agree ot its use. More information can be found in our privacy policy.

Com-file

$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
Command file "com.metal_MC"
$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
$ Generated using LS-OPT Version 4.1
$
"Metalforming Analysis Example Problem"
$
Author "LS-OPT Class"
$ Created on Tue Apr 26 16:29:24 2011
solvers 1
responses 3
$
$ NO HISTORIES ARE DEFINED
$
$
$ PROBABILISTIC DISTRIBUTIONS
$
distribution 3
 distribution 'Y' NORMAL  200  20 
 distribution 'U_FS' UNIFORM  0.6  1.4 
 distribution 'P_OFF' UNIFORM  0  50 
$
$ DESIGN VARIABLES
$
variables 5
 Noise variable 'YIELD' distribution 'Y'
 Noise variable 'FS1' distribution 'U_FS'
 Noise variable 'POFF' distribution 'P_OFF'
 Noise variable 'FS2' distribution 'U_FS'
 Noise variable 'FS3' distribution 'U_FS'
$
$ CONSTANTS
$
constants 2
 Constant 'PWAVEL' 50
 Constant 'NAdapt' 2

$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
$      SOLVER "SOLVER_1"
$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
$
$ DEFINITION OF SOLVER "SOLVER_1"
$
 solver dyna960 'SOLVER_1'
  solver command "ls971_R4_2"
  solver input file "metal.k"
  solver check output on
  solver compress d3plot off
$ ------ Pre-processor --------
$   NO PREPROCESSOR SPECIFIED
$ ------ Post-processor --------
$   NO POSTPROCESSOR SPECIFIED
$ ------ Metamodeling ---------
  solver experiment design lhd_generalized
  solver number experiments 25
$ ------ Job information ------
  solver concurrent jobs 1
$
$ RESPONSES FOR SOLVER "SOLVER_1"
$
 response 'prc_thick_red_max' 1 0 "D3PlotResponse  
  -res_type misc  -cmp %_thickness_reduction -select MAX -start_time 0.0000"
 response 'FLD' 1 0 "DynaFLDg CENTER 1 2 3 90"
 response 'thick_min' 1 0 "D3PlotResponse -pids 1  
  -res_type misc  -cmp shell_thickness -select MIN -start_time 0.0000"

$
$ OBJECTIVE FUNCTIONS
$
 objectives 1
 objective 'prc_thick_red_max' 1
$
$ CONSTRAINT DEFINITIONS
$
 constraints 1
 constraint 'prc_thick_red_max'
  upper bound constraint 'prc_thick_red_max' 34
$
$ JOB INFO
$
analyze monte carlo
STOP