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Hi everyone , 

I'm Yashaswi Prateek  doing by final year project on fracture in composites using ABAQUS. I'm new to ABAQUS and have been trying to do some tutorials to get a better understanding of the software. After basic tutorials , i've started trying to generate a model using cohesive elements where i got stuck up. I have tried the procedure in Abaqus user manual and is showing some errors regarding interaction properties and creating a step.  It would be great help if someone could help me regarding how to model with cohesive elements.

Provide computational support in structural mechanics and heat transfer for the design of electromagnets operating at ~90% of yield strength with power densities up to 15 W/mm^3. 

My name is Ali , I have a PhD degree in materials engineering, Mechanical Technology Department , Rey Juan Carlos University , Madrid , Spain.

My thesis was focused on the phenomenon of stress cracking. Also, i have previous experience working on nanocomposite materials. I am looking forward for a research fellowship.

I am familiar with, mechanical testing, fracture of HDPE resins, physical-chemical characterization of polymers, tribological behavior of nanocomposites, FEM analysis (ANSYS)

How to join the node between two part  for example wire planar 3D and plate 3D? I have probem when assemble ABAQUS stated 2 nodes do not coincide.

I have difficulty in constraint between 2 parts.

I have tried inb MPC, TIE CONSTRAINT , MERGE CUT but all not succesfully done.

Hi all,

I am using multiscale modeling in my analysis. This is what I am trying to do:

-After solving the RVE problem on microscale, I got the stress-strain relationship realated to my RVE and now I need to create a UMAT soubroutines for abaqus in order to call it at the integration points of the macro model. 

Is there a possibility to create a UMAT from stress-strain curve related to a representative volume element? How can I do that? Could you please give me an hint?

Thank you very much in advance for your help

Best regards

i doing research work in Fixture layout optimization problem. in this regard i need to calculate the exciting frequncy of the milling cutter . help me to calculte the exciting frequncy of the milling cutter and how to measure the amplitude using ansys