Single Shot particle Impact analysis using ABAQUS
Single Shot particle Impact analysis using ABAQUS
(OP)
Dear all,
I am performing a Contact mechanics problem.In which I am not able to simulate the problem.It would be kind of you if you could help me with this.
I tried a lot of ways to perform but still I could not do it.
It would be really really kind of you if you could help me with this.
I have attached the .cae file.
Thank You
I am performing a Contact mechanics problem.In which I am not able to simulate the problem.It would be kind of you if you could help me with this.
I tried a lot of ways to perform but still I could not do it.
It would be really really kind of you if you could help me with this.
I have attached the .cae file.
Thank You





RE: Single Shot particle Impact analysis using ABAQUS
Even paid technical support will want you to explain a lot of things before they touch the model. So, unless someone is very generous or you are lucky, I do not think you will gain much by simply dumping a model online in a free-for-all public forum.
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RE: Single Shot particle Impact analysis using ABAQUS
I am designing a model of shot peening with a single shot.
I want to see the deformation caused by the particle when the shot interact with the target.
I have designed and analysed many a times but I am always getting an error of element getting distorted,and the ratio of the deformation speed exceed 1.0000 in at least one element.
I have attached the new .cae and the .inp files.
RE: Single Shot particle Impact analysis using ABAQUS
**
*Section Controls, name=EC-1, DISTORTION CONTROL=YES, ELEMENT DELETION=YES
1., 1., 1.
**
** MATERIALS
**
** AL-6063
*Material, name=Aluminium
*Damage Initiation, criterion=JOHNSON COOK
0.07413, 0.0892, -2.441, -4.76, 0., 0., 0., 1.
*Damage Evolution, type=DISPLACEMENT
1e-05,
*Density
2.7e-09,
*Elastic
69000., 0.33
*Plastic, hardening=JOHNSON COOK
176.45, 63.99, 0.07, 0., 655., 25.
*Rate Dependent, type=JOHNSON COOK
0.0036,1.
*Material, name=Steel
*Density
7.8e-09,
*Elastic
207000., 0.3
**
** INTERACTION PROPERTIES
**
*Surface Interaction, name=IntProp-1
*Friction
0.2,
*Surface Behavior, pressure-overclosure=HARD
**