In Part 2 of this study, 3D fully coupled thermal-stress analyses were conducted to simulate the welding process and predict the welding residual stress distributions of the high strength steel box section T-joints. The accuracy of the numerical model is validated by comparing the modeling results with the experimental results. After validating the accuracy of the numerical model, a small scale parametric study was carried out to investigate the influences of joint angle, the starting point of joint welding, the preheating temperature, the brace-to-chord width ratio and the welding speed on the magnitudes and distributions of residual stress along the chord weld toe of the joints.Accepted versio
High Tensile Strength (HTS) steel is widely used in modern maritime industry to reduce the weight of...
T-joint welding is a key manufacturing process of large storage tanks. However, complex residual str...
Residual stress distribution and its magnitude varies across the weldment, contributing to many cata...
In Part 2 of this study, 3D fully coupled thermal-stress analyses were conducted to simulate the wel...
In Part 1 of this study, an experimental investigation on the residual stress distributions near the...
An investigation on the residual stress distributions near the weld toe of HSS plate-to-plate T and ...
In the Part 2 of the current study, a sequentially coupled thermal-stress analysis is conducted to m...
In this study finite element simulation approaches (lumping and prescribed temperature) are implemen...
Localized heating during welding, followed by rapid cooling, usually generates residual stresses in ...
Despite the considerable amount of research on welded joints, their behaviour is still not fully und...
A 2D finite element model has been carried out to analyse temperature distribution in butt weld join...
T joint is a widely used welding form. The welding deformation and residual stress produced during t...
Welding-induced residual stresses and distortion can play a very important role in the reliable desi...
Based on Marc. MSC software, this paper developed a thermo-elastic-plastic finite element method (FE...
In this work, 2D and 3D Finite Element models to simulate the temperature distribution and residual ...
High Tensile Strength (HTS) steel is widely used in modern maritime industry to reduce the weight of...
T-joint welding is a key manufacturing process of large storage tanks. However, complex residual str...
Residual stress distribution and its magnitude varies across the weldment, contributing to many cata...
In Part 2 of this study, 3D fully coupled thermal-stress analyses were conducted to simulate the wel...
In Part 1 of this study, an experimental investigation on the residual stress distributions near the...
An investigation on the residual stress distributions near the weld toe of HSS plate-to-plate T and ...
In the Part 2 of the current study, a sequentially coupled thermal-stress analysis is conducted to m...
In this study finite element simulation approaches (lumping and prescribed temperature) are implemen...
Localized heating during welding, followed by rapid cooling, usually generates residual stresses in ...
Despite the considerable amount of research on welded joints, their behaviour is still not fully und...
A 2D finite element model has been carried out to analyse temperature distribution in butt weld join...
T joint is a widely used welding form. The welding deformation and residual stress produced during t...
Welding-induced residual stresses and distortion can play a very important role in the reliable desi...
Based on Marc. MSC software, this paper developed a thermo-elastic-plastic finite element method (FE...
In this work, 2D and 3D Finite Element models to simulate the temperature distribution and residual ...
High Tensile Strength (HTS) steel is widely used in modern maritime industry to reduce the weight of...
T-joint welding is a key manufacturing process of large storage tanks. However, complex residual str...
Residual stress distribution and its magnitude varies across the weldment, contributing to many cata...