This online webinar is part of the Abaqus Continual Learning Program. 

This online webinar is part of the Abaqus Continual Learning Program. 

Online Webinar Training: Co-Simulation | 26th November 2021 @ 11:30 - 12:30 CET

About the Webinar 

There are countless scenarios which consist of an interaction between different physical domains, be it a liquid sloshing inside a tanker truck, or a controller circuit governing the mechanics of a robot. This type of scenario cannot always be analyzed by a single simulation software, thus there is a need to use multiple software in conjunction with each other. The co-simulation technique allows Abaqus to exchange solution data continually with other software, which lets us accurately capture scenarios where multiple domains interact.

The Topics

This online webinar is part of the Abaqus Continual Learning Program. 

Online Webinar Training: Element Selection | 29th October 2021 @ 11:30 - 12:30 CET

About the Webinar 

Elements are the basic building blocks in FE modelling of any geometries and structures. It is very important for any FE Analyst to understand the characteristics of these elements, to use them in the proper manner, based on the specific application. It is also necessary to achieve the desired level of accuracy for the simulated problem.

In Abaqus we have a wide range of elements, more than 500 different types! Some of these elements are unique to Abaqus/Standard and some to Abaqus/Explicit, but there are also elements which are common to both. In this webinar, a brief overview of elements, their characteristics and the challenges encountered in modelling some of these elements are considered. The focus of this webinar is to help FE Analysts to decide when to use specific element types and to counter the challenges that occur while modelling with these elements in Abaqus.

The Topics

This online webinar is part of the Abaqus Continual Learning Program. 

Online Webinar Training: 'Concrete Modelling’ | 24th September 2021 @ 10:30 - 11:30 BST

About the Webinar 

Concrete is one of the most frequently used building materials. To ensure that the concrete structures meet the safety and strength requirements stated in applicable codes and standards, FE analysis must sometimes be used. This is done in order to consider the non-linear behaviour of the concrete, which is not always very easy to do with simpler design methods. Abaqus provides several concrete material models and methods to include reinforcement in the concrete.

The Topics

This online webinar is part of the Abaqus Continual Learning Program. 

Online Webinar Training: 'Abaqus without CAE’ | 30th July 2021 @ 11:30 - 12:00 CET

About the Webinar 

At the core of any analysis using Abaqus are the implicit and explicit solvers. To perform a simulation, the finite element model must be defined in a format the solvers can interpret, the solution must be executed and then the output can be interrogated. Abaqus/CAE is an environment in which all of these tasks can be performed within a convenient GUI. However, there are options and features of the solvers that can be accessed and performed outside of Abaqus/CAE which may enhance the efficiency, or improve the control, of the simulation workflow.



The Topics

This online webinar is part of the Abaqus Continual Learning Program. 

Online Webinar Training: Debugging | 25th June 2021 @ 11:30 - 12:00 CET

About the Webinar 

Unfortunately, a finite element model does not always behave as expected. In those cases, the analyst needs to determine what is going wrong and how this can be solved. The aim of this webinar is to help you do that.

The Topics

This online webinar is part of the Abaqus Continual Learning Program. 

Online Webinar Training: Constraints | 28th May 2021 @ 11:30 - 12:00 CET

About the Webinar 

Most commonly, many of the FE Models which includes multiple parts are connected in some ways. The connection can either be a simple one like a fastened connection between two surfaces or may be a complicated one, where in order to have a desired level of accurate result, we may have to consider the relative kinematic effects in the FE Model. Therefore, an FE analyst must be well equipped to counter these challenges, by balancing the accuracy of the results and at same time ease the modelling efforts.

An overview of various constraints in Abaqus and its related issues will be presented in this Webinar. The aim is to help an FE analyst to counter such challenges in Abaqus modelling with high efficiency.

The Topics

Over 5 weeks in a 2 hour session each week, from the 12th February till 12th of March, Simuleon will hold an Online Training with live broadcasting. The training is called "Abaqus for Composites".

Two new methods are available in Abaqus to couple analyses performed at different scales: mean field homogenisation (MFH) and FE-based Representative Volume Element (RVE). The objective is to predict the mechanical response of a structure using data from a smaller scale. These methods are particularly useful when studying complex materials or structures such as composite materials or lattice structures.

In this webinar, we will present the two methods:
- MFH, that uses an analytical calculation to describe the relationship between the scales and
- FE-RVE, that uses a FE model of the microstructure.

We will also look at the micromechanics plug-in that facilitates the generation of FE-RVE models and calculates the homogenised properties of a material that can then be used at the macro scale.

Sometimes you may wish to simulate a process where various parts interact with one another. In such cases it is often impossible to rely on predefined loads and boundary conditions, since the exact points of contact are dependent on the solution. Including contact in your simulation can be a more realistic way to represent loadings.

Abaqus provides a wide range of mechanical models and numerical methods for contact. We will begin this month’s webinar with an overview of these capabilities, considering how to select the best options for a given problem. We will then move on to some challenging example problems and investigate how advanced features of Abaqus contact can help convergence and ensure you obtain realistic solutions.