As well as the traditional Lagrangian elements that FE users will be familiar with, Abaqus is supplied with an additional suite of elements that can be broadly grouped under the title of ‘meshless methods’. These alternative discretisation techniques allow the capabilities of Abaqus to be extended to include problems where gross distortion or material flow […]
Adaptivity techniques for finite element methods can help to define the optimum mesh for a specific analysis. The discretisation error is estimated and a new mesh is generated using different refinement techniques such as h-refinement which consists of refining or coarsening the mesh or r-refinement, which consists of relocating the mesh. The remeshing may occur […]
November’s webinar covers post-processing analysis results within Abaqus Viewer. In this webinar, we will continue to look at advanced techniques available in Abaqus/Viewer such as animations, results computations and user-defined field outputs. We will also look at other ways of post-processing the analysis results such as using the .dat file. Finally, we will present the […]
This webinar will look at the latest technical fuctionalities that the 2017 SIMULIA Abaqus release will bring to you, and is meant for existing SIMULIA Abaqus users. The webinar will be held on Thursday 19th January at 11.30 (Dutch Time). What will we cover during this webinar? In this webinar we will be looking at: CAE Enhancements Multi-scales […]
January’s training webinar is entitled ‘Convergence issues’. It will be held on Friday 27th January. Convergence issues are common when modelling non linear problems. In this webinar, we will look at the list of the possible causes that can lead to the divergence of the analysis. We will see how to identify the modelling errors and […]
