-----
|box|
--| |---|
----- |
basement |
----------|
I use transient ,ramped loading, and apply displacement UY(0.2 in) on top area to push the box up.
And write LS file 1 . And then, I apply UY(0 or -0.2 in--I tried two times) on the same area, and write LS file 2 to push the box down to the previous position.
Then solve.
But the results shows the second step is from the very beginning, rather than from the updated goemetry of the first step.
My question is how to set in ansys to make sure the second step is based on the updated geometry of the first step (up position).
object:
------
----- after step1 | | after step 2 ------
| | | | | |
| | | |
my results
------
----- | |
| | after step1 | |
| |
UY=0
step2 is ------ ----> ------
| | | |
| | | |
if input UY=-0.2
step2 is ------ ----->
| | ------
| | | |
| |
How to solve this problem?
And which number (0 or 0.2 ) I should input?
Thank you very much!
|box|
--| |---|
----- |
basement |
----------|
I use transient ,ramped loading, and apply displacement UY(0.2 in) on top area to push the box up.
And write LS file 1 . And then, I apply UY(0 or -0.2 in--I tried two times) on the same area, and write LS file 2 to push the box down to the previous position.
Then solve.
But the results shows the second step is from the very beginning, rather than from the updated goemetry of the first step.
My question is how to set in ansys to make sure the second step is based on the updated geometry of the first step (up position).
object:
------
----- after step1 | | after step 2 ------
| | | | | |
| | | |
my results
------
----- | |
| | after step1 | |
| |
UY=0
step2 is ------ ----> ------
| | | |
| | | |
if input UY=-0.2
step2 is ------ ----->
| | ------
| | | |
| |
How to solve this problem?
And which number (0 or 0.2 ) I should input?
Thank you very much!