FE Simulation Methods to Predict Welding Residual Stresses

Li Li; Khurram Asifa; Hong Li; Shehzad Khurram

doi:10.4028/www.scientific.net/KEM.525-526.281

Paper Titles

Numerical Simulation of Compression-After-Impact Process of Composite Laminates
p.265

Deposition Process and Interface Properties of Electro-Thermal Explosion Sprayed WC/Co Coating
p.269

Grain-Boundary Segregation of Phosphorus and Inter-Granular Fracture Behavior under Low Tensile Stresses
p.273

Effect of the Neodymium Content on Mechanical Properties of the Electro-Brush Plated Nano-Al₂O₃/Ni Composite Coating
p.277

FE Simulation Methods to Predict Welding Residual Stresses
p.281

Study on the Pin-Load Distribution of Multiple-Bolted Composite to Metal Joints
p.285

The Sensitivity of the Foam-Core Parameters under Impact Loading
p.289

Dynamic Anti-Plane Behaviors on Two Dissimilar Piezoelectric Media with an Interfacial Non-Circular Cavity
p.293

Analysis of Crack Tip Field in Materials with Creep Behavior
p.297

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FE Simulation Methods to Predict Welding Residual Stresses

Abstract:

The purpose of this review paper is to summarize the novel and advanced finite element simulation techniques devised in recent years to predict the welding residual stresses. The finite-element (FE) simulation methods are commonly used to predict the thermal, material, and mechanical effects of welding because of their efficiency and flexibility. This study presents an overview of the research, conducted to more accurately simulate the welding process. Some recommendations and simplification techniques presented by researchers are also discussed in this study which provides a foundation for further development in this field.