Скачать или смотреть Abaqus LPBF 3D Printing Simulation | Part 2: Abaqus AM Modeler Setup

In this video, we demonstrate how to set up the AM Modeler plug-in in Abaqus to perform a sequential thermomechanical analysis for laser powder bed fusion (LPBF) 3D printing using the trajectory-based method.

We begin by activating the AM Modeler plug-in, creating a new AM model, and defining the thermal-structural simulation type. You’ll see how the AM Modeler automatically identifies the heat transfer and static general steps, and how to assign Model 1 for thermal and Model 2 for structural analysis.

🔹 In this tutorial, you’ll learn:
✅How to create an AM model and configure it for sequential thermal–structural analysis
✅Understanding the data setup, model setup, and simulation setup sections
✅Selecting the correct parameter tables for thermomechanical analysis using the trajectory-based method
✅Setting up material deposition (roller) and laser heat source parameters
✅Using event series files to define laser and roller movements
✅Importing large event series data files directly into Abaqus
✅Explaining the structure of laser path data (time, coordinates, and power magnitude) and the ✅meaning of the unit conversion in Abaqus

By the end of this video, you’ll understand how to configure the AM Modeler plug-in for LPBF simulations and how Abaqus uses event-series data to represent laser movement, roller deposition, and energy distribution.

This video is a small part of a complete, comprehensive workshop available on our website. For a full, step-by-step tutorial on additive manufacturing simulation with AM Modeler plug in, check out the link below:
https://caeassistant.com/product/3d-p...

🔗🔗Learn more about 3D printing and 3D printing simulation in our blog for FREE:
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