Engineering Downloads.com

Let’s Learn and Collaborate

Register | Login
Cart
Login
Telegram Github Instagram Youtube

A Model to Simulate Welding Process (or additive manufacturing)

Duration: 18m
Enrolled:0
level:Intermediate

A Model to Simulate Welding Process (or additive manufacturing)

What You Will Learn?

  • Basics of Wire Arc Additive Manufacturing (WAAM) and its benefits over powder-based AM
  • Thermal effects and residual stress formation in welded or additively manufactured parts
  • How to simulate heat transfer in Abaqus
  • Implementation of the element birth technique using Python
  • How to define a Gaussian heat input using a DFLUX subroutine
  • How to link FORTRAN code with Abaqus
  • How to automate model setup and material activation using Python scripting
  • Best practices for modeling multi-pass welds or AM layers in a simplified part geometry

Course Content

Tutorial Video

  • A Model to Simulate Welding Process (or additive manufacturing)
    17:38

Simulation Files

Student Ratings & Reviews

No Review Yet
No Review Yet

Who this product is for :

  • Mechanical Engineers
  • Engineering Students

What You Will Learn?

  • Basics of Wire Arc Additive Manufacturing (WAAM) and its benefits over powder-based AM
  • Thermal effects and residual stress formation in welded or additively manufactured parts
  • How to simulate heat transfer in Abaqus
  • Implementation of the element birth technique using Python
  • How to define a Gaussian heat input using a DFLUX subroutine
  • How to link FORTRAN code with Abaqus
  • How to automate model setup and material activation using Python scripting
  • Best practices for modeling multi-pass welds or AM layers in a simplified part geometry

File collection

Tutorial Video

  • A Model to Simulate Welding Process (or additive manufacturing)
    17:38

Simulation Files

Student Ratings & Reviews

No Review Yet
No Review Yet

Description

Product Overview:

Understanding and predicting the thermal behavior and residual stress in welding and additive manufacturing is crucial for improving product performance and reducing manufacturing costs. This tutorial introduces a simplified Abaqus model that mimics Wire Arc Additive Manufacturing (WAAM) or a multi-pass welding process, ideal for aerospace, automotive, and marine industries.

The tutorial uses heat transfer modeling, material addition (element birth technique), and a Gaussian heat flux defined through a DFLUX subroutine, all implemented in Abaqus/Standard. The simulation replicates the deposition of a semi-circular bead using a Python script for automation and FORTRAN subroutine for custom heat input.

This short, beginner-friendly video is designed to help engineers simulate thermal effects and build complex thermal-mechanical models for welding and AM.

Recommended file

Abaqus Simulation of a CFRP Vessel Subjected to an Internal CEL Explosion

Abaqus

Original price was: €30,00.Current price is: €26,00.

View details
ice sheet subjected to underwater explosion load
Analysis of an ice sheet in interaction with water subjected to underwater explosion load

Abaqus

Original price was: €50,00.Current price is: €30,00.

View details
steel-timber composite (STC) beam
Simulation an analysis of the Steel-Timber composite beam under fire conditions in Abaqus

Abaqus

Original price was: €55,00.Current price is: €32,00.

View details
Finite element analysis of 3D structures with hyperelastic materials, hyperelastic FEA tool
HyperFEA: ABAQUS-Validated 3D Analysis Suite for Hyperelastic Structures

Abaqus

Original price was: €55,00.Current price is: €40,00.

View details
Analysis of shear stud distribution
Analysis of shear stud distribution on the flextural behavior of a steel–concrete composite beam

Abaqus

Original price was: €52,00.Current price is: €29,00.

View details
Impact on the concrete slab, CFRP slab strengthening in Abaqus tutorial thumbnail
Strengthening of reinforced concrete slabs using carbon fiber reinforced polymers rods and concrete jacket with a mechanical anchorage system under rigid impact load

Abaqus

Original price was: €53,00.Current price is: €31,00.

View details

Recommended courses

2
Goldak heat input for Welding and AM process
Original price was: €10,00.Current price is: €5,00.
A simple example for UMAT subroutine in Abaqus
Original price was: €10,00.Current price is: €5,00.
photo_2024-07-03_20-47-11
photo_2024-07-03_20-47-17
Mixing Milk and Honey: Simulating Miscible Fluid Dynamics with interMixingFoam in OpenFoam
  • 40 min
  • 1
Original price was: €60,00.Current price is: €40,00.

4.7

aa
c
Water Pushes Out Crude Oil: Simulating Viscous Fingering in OpenFoam
  • 25
  • 1
Original price was: €60,00.Current price is: €40,00.

4.7

fgm-22
USDFLD Subroutine Modeling Functionally Graded Materials (FGMs)
  • Saman Hosseini
  • 30
  • 2
Original price was: €30,00.Current price is: €10,00.

4.7

Problem During Compilation Error in Abaqus
  • Saman Hosseini
  • 6 min
  • 1
€0,00

4.7

€5,00 €10,00
30-Day Money-Back Guarantee
Full Lifetime Access
23 people watching this product now!

A course by

Engineering Downloads
RT

A file by

Engineering Downloads
RT

Material Includes

  • Abaqus files, FORTRAN and Python scripts, SolidWorks model, PowerPoint slides, and tutorial video.

Engineering Downloads.com

Let’s Learn and Collaborate

Subscribe our newsletter!

Get VIP access to new content.
Sign up for weekly deals and news.

Contact with Us

AII About Us

Engineering Downloads is a hub for learning,
collaboration, and sharing engineering models

and resources.

Services

Products

Menu

© 2025 Engineering Downloads. All rights reserved.

Want to receive push notifications for all major on-site activities?

✕