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Next: OUTPUT Up: Bina's model Previous: Time hardening, BEAM56C2

INPUT

...rmd3.........beam56c2.I1
;  NELEM NNOD ITED 0 NGD 0 KPER NPER 0 KSS
IP   4    56   56  0  3  0   0    0  0  0
;  CRIT SCALE THDEF  XL  XU    YL    YU     ZL    ZU  ALPHA
RP 1.01   1     0  -0.1 1.1 -0.001 0.021 -0.001 0.011   0
XY N 1:20 X 4*0 4*0.25 4*0.5 4*0.75 4*1
          Y 5*(0 0.02 0.02  0)
          Z 5*(0 0 0.01 0.01)
EL E 1:4 N =A 1:8 =A =B 21:32 =B
           =4A  =8B
           =8A  =16B
           =12A =24B
EN
EN
...rpd3.........beam56c2.I2
IP 1
;           piecewise linear dependence on temperature (IV=1)
IV 1 T  5 V
    0.100000E+01  0.440000E+03  0.442921E+03  0.445820E+03  0.448698E+03
    0.451556E+03  0.454392E+03  0.457206E+03  0.460000E+03  0.134000E+04

MP 1 T 1 I 1 V         ; Young's modulus
     0.21396E+12   0.18183E+12   0.18155E+12   0.18128E+12  0.18101E+12  
     0.18074E+12   0.18047E+12   0.18020E+12   0.17994E+12  0.11246E+12

;      alpha      nu       rho   yield stress  kinematic hard. 
    V 10*1E-5  V 10*0.3  V 10*0     V 10*0         V 10*0   

SV 1 T 6 V  230E6 ; Sxx=230 MPa
SV 2 T 6 V  250E6 ; Sxx=250 MPa
;**********************************************************************
AS 1 /M 1
  /B 0 N 1
  /B 0 C 1 3 N 2 21
  /B 0 C 1 2 N 4 24
  /B 0 C 1   N 3 22 23
     /R 0 450 450 ; stiffness matrix for T=450 C
AS 2
     /S 1 E 4 S 6 ; Sxx=230 Mpa
     /R 0 450 450 ; T=450 C
AS 3
     /S 2 E 4 S 6 ; Sxx=250 Mpa
     /R 0 450 450 ; T=450 C
EN
EN
...srh3.........beam56c2.I3
IP 1
EN
EN
...fefs.........beam56c2.I4
IP 1
EN
EN
...hpp3.........beam56c2.IP
  ;KREST NLC NCYC KMOD KCRP KLARG KCNT KTPR 2*0 LOAD CASE SEQUENCE
IP   1   10    0    0   212   0     0    0  2*0 5*2 5*3
  ;           10*0              CREEP TIMES IN HOURS
RP 10*0 0 24.93E3 49.86E3 75.18E3 100.1E3
        100.1E3 125E3 150E3 174.9E3 199.8E3
EN
EN
...hpp3.........beam56c2.DAT
***********************************************************************
*                                                                     *
*               422747-BATCH E49507-UVZU SKODA,                       *
*          SVUM(Z-89-6016)+SN 1.1.1982, (500-580/1E5)                 *
*                                                                     *
*            QUANTITY                                UNIT             * 
*            ______________________________________________           *
*            Temperature                             [K]              *
*            Stress                                  [MPa]            *
*            Strain (initial, rupture and creep)     [%]              *
*            Time to rupture                         [h]              *
*            Creep strain rate                       [%/h]            *
*                                                                     *
*     INITIAL STRAIN         parameters  E(1) - E(3)                  *
*     TIME TO RUPTURE        parameters  A(1) - A(6)                  *
*     RUPTURE STRAIN         parameters  M(1) - M(5)                  *
*     HARDENING FUNCTION     parameters  N, M, K                      *
*                                                                     *
***********************************************************************

INITIAL STRAIN
  0.2152947E+6
 -0.2502203E+6
  0.1434375E+4

CREEP STRENGTH
 -0.2079980E+3
 -0.8215359E+2
 -0.3412273E+0
 -0.1391403E+1
  0.2730000E+3
  0.1000000E-3

RUPTURE STRAIN
  0.1455834E+1
 -0.1260596E+1
  0.4886680E+2
 -0.5002250E-1
  0.1825170E+1

HARDENING FUNCTION
  0.3260447E+0
 -0.6814129E+0
  0.1000000E+1
...hpls.........beam56c2.IL
  ;KMET KPOUT NSUBI NITER NINT KTPR
IP   0    1     0     0    0    0
  ; UTOL  RTOL  XTOL
RP   0     0     0
EN
EN
...str3.........beam56c2.I5
   ;KLC   0   KOUT ILC   0  IEL1 IEU1 IEL2 IEU2   0  KPROB KGRAF
IP   1    0    1    10   0    0    0    0    0    0    2    1
EN
EN