FRICTION STIR WELDING -SIMULATION-ABAQUS
Defined in the first interface surface, and then modify the inp file, change to add
REGION TYPE = EULERIAN
*SURFACE, NAME=SURF1, REGION TYPE=SLIDING
TOP,S4
*SURFACE, NAME=EULER1, REGION TYPE=EULERIAN
EULER1,S3
Then, I go on the File/Import/Model...inp.file - when he fined warning
Use of Hashin damage criteria for plain woven composites in ABAQUS.
Hi,
I am trying to model impact damage in a composite plate made of woven plies lay-up. I have 2 questions probably basics but I can't find any clear answer and I hope someone could help me.
1) Can the Hashin damage criterion in ABAQUS be applied to a plain woven composites? I know that initially Hashin critrion was for unidirectional composites and looking at the equations I can't see how this criterion could make the difference between matrix and fibre failure in the case of woven composites, but I can't find any restriction in ABAQUS documentation.
Two PhD studentships in computational fracture mechanics at the University of Glasgow
There are two PhD studentships available at the University of Glasgow in the area of computational fracture mechanics of concrete.
The topics are multiscale modelling of corrosion induced cracking and meso-mechanically motivated nonlocal models for fracture.
Please visit my webpage at http://www.civil.gla.ac.uk/~grassl for more information.
All the best,
Peter Grassl
How to define eulerian region for 2D modeling of orthogonal machining using ALE adaptive mesh constraints?
HI
I am working with abaqus6.8.1. I am interesting to model orthogonal
machining by ALE adaptive remeshing IN 2D. In this way I have a problem.
For modeling of machinig inflow and outflow surfaces(eulerian) with
inflow boundary condithion type velocity(eulerian) must be defined.but
the default definition of surfaces and region or boundary type in abaqus
are lagrangian. I read on user manual that this type must be change to
eulerian.
abaqus, cel, coupled eulerian lagrangian, fluid flow
I am trying to model a tube which is filled with liquid that is being crushed. I am using Coupled Eulerian Lagrangian to model the problem in abaqus, and there are a few distortions/errors in the model. I am using symmetry to model only quarter of the model. The liquid actually comes out from the sides of the tubes as the two attached pictures show.
Research Fellow Position Available @ NTU: Concrete Material Modeling
Concrete Material Modelling under High Strain Rate
Post available: Research Fellow
Duration of appointment:2 years
Brief description of the research project
Postdoc Position in Computational Materials Design at JHU
Postdoctoral Position at University of Pittsburgh -- Cell and Tissue Mechanics
Postdoctoral Positions at the University of Pittsburgh in Cellular Mechanics and Biophysics of Morphogenesis
ICAME 2010: 3rd International Conference on Advances in Mechanical Engineering
ICAME 2010: 2nd Call for Papers, due 15 Sept 2010
2 - 5 December 2010
Shah Alam, MALAYSIA
visit: www.icame2010.org