!
! Check information
!
/view,1,4,1,1
/eshape,1
eplot
/com laylist,1 =======================
laylist,1
/com layplot,1 =======================
layplot,1
finish
!
! Model is finished
! Apply the loads
!
/solution
outpr,,1
d,all,all
!
! Apply in-plane load
!
d,21,ux,.003
solve
d,all,all
!
! Apply lateral acceleration, acting on the density and added mass!
acel,,,100
solve
finish
!
! Examine the results
!
/graphics,power
/post1
nlist,all
set,1,1
layer,5
presol,s,comp
prnsol,s,comp
layer,0
/eshape,1
plnsol,s,x
finish13.2.3. FiberSIM-to-ANSYS Translation Details
Following is a general description of the process that the ANSYS program uses to convert FiberSIM data
for use in an ANSYS simulation:
- ANSYS computes the element centroid.
- For each layer, ANSYS searches the FiberSIM .xml file to find the first triangular facet that includes the
centroid to the tolerances specified via the SECCONTROL command. - If no facets are found, ANSYS assumes a dropped layer for that element.
- If ANSYS finds more than one qualifying facet, it uses only the first one to define the angle of the layer.
- If ANSYS finds no facets in any layer, it assumes that an error has occurred and terminates. If you input
a non-zero edge tolerance value (SECCONTROL,,,,,,,,EDGTOL), the error message includes the distance
to the nearest FiberSIM triangle.
You can monitor the search process by setting the SECCONTROL command's NEL option.The option
generates debug output for the specified number of elements.
Release 15.0 - © SAS IP, Inc. All rights reserved. - Contains proprietary and confidential informationComposites