This Abaqus welding simulation element reactivation file lets you simulate weld passes without any subroutines or coding. Using native element activation tools in Abaqus, the model sequentially activates elements to replicate real-world thermal welding deposition — without writing any subroutines or code. Instead of DFLUX or user routines, this method activates pre-defined sections of the model progressively during the thermal analysis.
It’s the easiest and cleanest method to model weld passes, ideal for beginners, students, or anyone looking to simulate welding buildup, heat accumulation, or residual stress in metals using native Abaqus features.
Originally developed in Abaqus 2024 and tested for compatibility in Abaqus 6.14-2, this simulation includes everything shown in the YouTube tutorial Welding Simulation in Abaqus Using Element Reactivation (No Coding Required).
✅ What You’ll Get in the Download (ZIP):
– Reactivation2024.cae – Full model for Abaqus 2024
– Reactivation_6.14.cae – Converted model for Abaqus 6.14-2
– Reactivation.inp – Clean input file for job submission or editing
– README.txt – Setup and usage instructions
🎓 Learning Outcomes:
– Simulate multi-pass welding in Abaqus with no coding
– Use element reactivation to mimic sequential deposition
– Apply surface heat flux in activated layers
– Understand layer-by-layer simulation logic
– Use this file as a base for AM or weld stress workflows
📂 How to Use:
Open CAE:
→ File → Open → Reactivation2024.cae or Reactivation_6.14.cae
Import INP:
→ File → Import → Model → Reactivation.inp
Run Job:
→ No subroutine needed. Just create and submit the job normally.
📺 Watch the Full Tutorial:
https://www.youtube.com/watch?v=QhHDY7CxvF8&list=PLvACBM1uN9EqfmWZjxMjD6o5Fd0KQs9TV&index=10&t=660s&ab_channel=FEAMaster
☕ Support the Channel and Save Time:
A clean, editable welding simulation model that works out of the box — no hidden steps, no coding stress.
🚫 No refunds. This is a digital product. All sales are final.
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