Webtraining – Bolt modeling strategies with Abaqus

– For 4RealSim Customers –

Are you ready to enhance your Abaqus skills? 4RealSim invites you to a webtraining session focused on modeling bolts in Abaqus. We will cover different approaches to bolt modeling, from simplified methods to detailed representations, tailored to your simulation objectives. This session will enhance your skills, boost your confidence, and improve your efficiency with Abaqus.

At 4RealSim, we are committed to continuous learning and regularly organize webtrainings to keep our customers at the forefront of technology. Join us to:
– Gain insights the Abaqus bolt modeling techniques
– Increase your confidence in using Abaqus
– Enhance your efficiency in modeling

Bolt simulations in Abaqus

Abaqus offers multiple methods for connecting two parts using bolts. The choice of bolt method can significantly impact accuracy, simulation time, and pre-processing efforts. Selecting the most appropriate method is crucial for achieving optimal results and efficiency in your simulations.

Bolts modeled with continuum elements>

Bolts in Abaqus can be modeled as solid entities, with bolt forces applied using the boltload definition. This approach is useful for investigating the contact interactions between the bolt and surrounding components. Additionally, it allows for the simulation of gradual bolt failure under overload conditions.
However, using continuum elements for bolts may require local mesh refinement to capture detailed interactions accurately, which can add to the complexity of the model.

Bolts modeled with fasteners

For simulations involving a large number of bolts or rivets, the fastener technique can be employed. In this method, bolts are modeled as beam elements, which simplifies the simulation while still allowing for detailed behavior to be incorporated. This includes features such as elasticity, plasticity, failure, and bolt pre-tensioning.

Who can attend the 4RealSim Abaqus webtraining?

This webinar is recommended for 4RealSim customers who want to model bolts.