Abstract This study used the Finite Element (FE) method to numerically analyze the thermo-mechanical behavior and residual stresses in dissimilar welded T-joints. Residual stresses induced by the fusion arc-welding of steel joints in power generation plants are a concern to the industry. The structural integrity assessment of welded structures requires the consideration of weld-induced residual stresses for the safe operations in power plants, which may be compromised by their presence. Details on the used thermo-mechanical FE model and the results analysis are herein presented
A deep understanding of the manufacturing process is needed in order to achieve safety and quality r...
Welding is accompanied by the presence of weld residual stresses, which in case of dissimilar metal ...
This paper presents a novel numerical model, based on the finite element (FE) method, for the simula...
The study proposed within this paper deals with an application of finite element techniques to the t...
A parametric model is adopted and the technique of element “birth and death” is used to estimate the...
This paper describes the numerical analysis method used to estimate welding induced residual stresse...
This paper summarizes the results of the through-thickness residual stress distributions on dissimil...
T joint is a widely used welding form. The welding deformation and residual stress produced during t...
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...
The presence of residual stresses in a structure influences his behaviour. Fatigue strength of welde...
AbstractThe current paper presents the development of a finite element analysis framework for comput...
A deep understanding of the manufacturing process is needed in order to achieve safety and quality r...
Welding is accompanied by the presence of weld residual stresses, which in case of dissimilar metal ...
This paper presents a novel numerical model, based on the finite element (FE) method, for the simula...
The study proposed within this paper deals with an application of finite element techniques to the t...
A parametric model is adopted and the technique of element “birth and death” is used to estimate the...
This paper describes the numerical analysis method used to estimate welding induced residual stresse...
This paper summarizes the results of the through-thickness residual stress distributions on dissimil...
T joint is a widely used welding form. The welding deformation and residual stress produced during t...
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...
The presence of residual stresses in a structure influences his behaviour. Fatigue strength of welde...
AbstractThe current paper presents the development of a finite element analysis framework for comput...
A deep understanding of the manufacturing process is needed in order to achieve safety and quality r...
Welding is accompanied by the presence of weld residual stresses, which in case of dissimilar metal ...
This paper presents a novel numerical model, based on the finite element (FE) method, for the simula...