Why Attend This Webinar?

4RealSim invites engineers and simulation professionals to a free online webinar introducing Abaqus – a state-of-the-art nonlinear Finite Element Analysis (FEA) solver. This session will focus on what sets Abaqus apart from other simulation tools and highlight the advantages of its robust and versatile FEA technology. Whether you're new to Abaqus or seeking alternatives to your current solver, this webinar provides the insights you need.

The Value of Nonlinear Finite Element Analysis

In today’s engineering environment, nonlinear simulations are replacing costly physical prototypes. With Abaqus, engineers can simulate complex real-world behaviors including material nonlinearity, contact, impacts, and multiphysics coupling. This makes it an ideal solution for simulating structural durability, crashworthiness, rubber behavior, biomechanics, thermal interactions, and more.

During the webinar, we will explain not only what nonlinear FEA is, but also how Abaqus uses both implicit and explicit solvers to solve complex scenarios. You’ll gain insights into how Abaqus handles static, dynamic, thermal, and multiphysics simulations, all within an integrated modeling environment.

Topics We Will Cover

• What is Abaqus?

• What is nonlinear finite element analysis?

• Differences between implicit and explicit simulations.

• Which simulation types are supported within Abaqus?

• The unique benefits of Abaqus compared to other FEA tools.

• Overview of the Abaqus product portfolio and integrated simulation ecosystem.

Who Should Attend?

• Engineers looking for an introduction to Abaqus.

• Users reaching limitations with their current FEA solution.

• Professionals seeking to understand the full potential of nonlinear FEA.

• Designers and analysts who want to expand their simulation capabilities.

• Engineers working in our territory

Evaluation License

After participating in the webinar, attendees will be eligible to receive a 30-day evaluation license of Abaqus to further explore its capabilities in their own engineering workflows.