rate,on
outres,all,all
time,5
nsub,100,1000,10
solvFor information about the EDP option, see:
- The EDP argument and associated specifications in the TB command documentation.
- Extended Drucker-Prager in the Material Reference.
- Extended Drucker-Prager Creep Model in the Mechanical APDL Theory Reference.
For information about the MISO and other material-hardening options, see Multilinear Isotropic
Hardening.
For information about the CREEP option, see Implicit Creep Equations and Implicit Creep Proced-
ure (p. 211).
8.4.2.49. CAP and CREEP and PLAS (MISO) Example.
This input listing illustrat es an example of modeling geomaterial cap with implicit creep and multilinear
hardening.
TB,EDP,1,,11,CYFUN
tbdata, 1, 1.0
tbdata, 2, 1.0
tbdata, 3, -80
tbdata, 4, 10
tbdata, 5, 0.001
tbdata, 6, 2
tbdata, 7, 0.05
tbdata, 8, 1.0
tbdata, 9, 0.6
tbdata, 10, 3.0/1000
tbdata, 11, 0.0
tb,plastic,1,,2,miso
tbpt,defi,0.0,8.0
tbpt,defi,1.0,100.0
tb,creep,1,,4,1
tbeo,capc,shea
tbdata,1,1.0e-4,0.6,0.4,0.0
tb,creep,1,,4,1
tbeo,capc,comp
tbdata,1,2.0e-2,0.5,0.5,0.0nlgeom,on
cnvtol,F,1.0,1.0e-10
rate,on
outres,all,all
time,5
nsub,100,1000,10
solvFor information about the cap model, see:
- The TB,EDP command's cap model argument (TBOPT) and associated specifications.
- EDP Cap Material Constants in the Material Reference.
- Cap Creep Model in the Mechanical APDL Theory Reference.
For information about the MISO and other material-hardening options, see Multilinear Isotropic
Hardening in the Material Reference.
Release 15.0 - © SAS IP, Inc. All rights reserved. - Contains proprietary and confidential informationModeling Material Nonlinearities