Abaqus Additive Manufacturing: From Basics to Subroutine

Master Selective Laser Melting (SLM) and Wire Arc Additive Manufacturing (WAAM) in Abaqus with DFLUX simulation

What you’ll learn
Simulate metal additive manufacturing processes such as SLM and WAAM in Abaqus from start to finish.
Create and implement custom DFLUX subroutines to model moving heat sources for additive manufacturing.
Define temperature-dependent material properties and thermal boundary conditions for accurate results.
Visualize and interpret thermal history, melt pool formation, and layer-by-layer temperature evolution.
Build realistic additive manufacturing models suitable for research and industry projects.

Requirements
Familiarity with the Abaqus interface is recommended but not mandatory.
Access to Abaqus and a compatible Fortran compiler (for running subroutines).
No prior coding experience required — every DFLUX subroutine is explained step by step.

Description
Additive Manufacturing (AM) — also known as 3D printing — is revolutionizing the engineering world, and simulating it accurately in Abaqus can open endless opportunities for researchers and professionals. In this course, Abaqus Additive Manufacturing: From Basics to Subroutine, you’ll learn how to build, run, and interpret complete additive manufacturing simulations using Abaqus and user subroutines.This course covers both Selective Laser Melting (SLM) and Wire Arc Additive Manufacturing (WAAM) processes, taking you from the fundamentals of model setup all the way to writing and implementing your own DFLUX subroutine. Everything is explained step-by-step so even those new to subroutines can follow along confidently.- What You’ll Learn-Set up thermal models for additive manufacturing in Abaqus CAE.- Implement DFLUX subroutines for moving Gaussian and Goldak-type heat sources.- Simulate SLM and WAAM processes layer by layer with realistic heat inputs.- Assign temperature-dependent material properties and define thermal boundaries.- Visualize temperature evolution, melt pool behavior, and layer deposition effects.- Export thermal results for residual stress or mechanical analysis.       Why This Course?Unlike general Abaqus tutorials, this masterclass focuses specifically on additive manufacturing simulation, giving you the complete workflow — from setup to coding. You’ll not only understand how to build accurate models but also why each parameter and setting matters.The course combines clarity, theory, and hands-on examples that mirror real industrial workflows. By the end, you’ll be able to simulate and customize SLM and WAAM processes with confidence.        Who This Course Is ForEngineers, researchers, and students interested in metal additive manufacturing simulation.Abaqus users who want to expand their knowledge into thermal–mechanical process modeling.Professionals working in materials science, process optimization, or residual stress analysis.Anyone who wants to master DFLUX-based additive manufacturing inside Abaqus.       RequirementsBasic understanding of FEA and Abaqus interface.Access to Abaqus and a Fortran compiler for running subroutines.No prior coding experience needed — all subroutines are explained step-by-step.      Tools UsedAbaqus/Standard and Abaqus/ExplicitFortran Compiler (Intel or GFortran)Optional: Python for post-processing       Why You’ll Love This CourseEvery simulation in this course is built from scratch. You’ll watch each step — geometry creation, meshing, boundary condition setup, subroutine linking, and result interpretation — in real time. Each concept is reinforced with clear explanations and visual outputs, so you fully understand the process behind every heat source and deposition layer.By completing this course, you’ll have the skills to:Simulate realistic 3D printing processes in Abaqus.Modify and customize DFLUX subroutines for various heat sources.Build advanced additive manufacturing research or industrial projects independently.       SEO Keywordsabaqus additive manufacturing, abaqus dflux subroutine, abaqus slm simulation, abaqus waam simulation, metal 3d printing abaqus, additive manufacturing simulation, dflux abaqus example, abaqus heat source modeling, fea additive manufacturing, abaqus 3d printing, wire arc additive manufacturing abaqus, abaqus thermal analysis course, fea master abaqus, additive manufacturing subroutine tutorial

Who this course is for
Engineers, researchers, and students interested in additive manufacturing simulation.
Abaqus users who want to learn how to model Selective Laser Melting (SLM) or Wire Arc Additive Manufacturing (WAAM).
Professionals working in thermal–mechanical process simulation or material science.
Anyone looking to master DFLUX-based additive manufacturing simulations for academic or industrial projects.

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