In Part 1 of this study, an experimental investigation on the residual stress distributions near the weld toe of high strength steel box section T-joints is conducted. Two specimens fabricated by welding at ambient temperature and at a preheating temperature of 100°C were studied. The effects of preheating on the residual stress distribution near the weld toe of the T-joints were investigated by applying the standard ASTM hole-drilling method. A study was also conducted to evaluate the corner effect of the welding and the brace-to-chord width ratio of the box section T-joint on the residual stress distribution near the weld toe of the T-joint.Accepted versio
The Purpose of this Bachelor’sthesis was to discover, analyse and compare the differences in the beh...
In the Part 2 of the current study, a sequentially coupled thermal-stress analysis is conducted to m...
Based on Marc. MSC software, this paper developed a thermo-elastic-plastic finite element method (FE...
An investigation on the residual stress distributions near the weld toe of HSS plate-to-plate T and ...
In Part 2 of this study, 3D fully coupled thermal-stress analyses were conducted to simulate the wel...
As high strength steel (HSS) box columns are often fabricated by welding of steel plates together, w...
In order to determine the influence of a flaw on the integrity of a structure the magnitude of stres...
ABSTRACT – During fabrication of welded components residual stresses are generated as a result of no...
T-joint welding is a key manufacturing process of large storage tanks. However, complex residual str...
In this study finite element simulation approaches (lumping and prescribed temperature) are implemen...
It is well known that the welding process induces residual stresses near the bead toe. These stresse...
Aim of this research was to observe the effective distribution of residual stresses in welded beams ...
Induced residual tensile and compressive stresses generated by the fabrication process can cause pre...
The presence of residual stress in steel members can significantly compromise the stiffness and fati...
The current paper presents residual stress analyses of large scale LTT Low Transformation Temperatu...
The Purpose of this Bachelor’sthesis was to discover, analyse and compare the differences in the beh...
In the Part 2 of the current study, a sequentially coupled thermal-stress analysis is conducted to m...
Based on Marc. MSC software, this paper developed a thermo-elastic-plastic finite element method (FE...
An investigation on the residual stress distributions near the weld toe of HSS plate-to-plate T and ...
In Part 2 of this study, 3D fully coupled thermal-stress analyses were conducted to simulate the wel...
As high strength steel (HSS) box columns are often fabricated by welding of steel plates together, w...
In order to determine the influence of a flaw on the integrity of a structure the magnitude of stres...
ABSTRACT – During fabrication of welded components residual stresses are generated as a result of no...
T-joint welding is a key manufacturing process of large storage tanks. However, complex residual str...
In this study finite element simulation approaches (lumping and prescribed temperature) are implemen...
It is well known that the welding process induces residual stresses near the bead toe. These stresse...
Aim of this research was to observe the effective distribution of residual stresses in welded beams ...
Induced residual tensile and compressive stresses generated by the fabrication process can cause pre...
The presence of residual stress in steel members can significantly compromise the stiffness and fati...
The current paper presents residual stress analyses of large scale LTT Low Transformation Temperatu...
The Purpose of this Bachelor’sthesis was to discover, analyse and compare the differences in the beh...
In the Part 2 of the current study, a sequentially coupled thermal-stress analysis is conducted to m...
Based on Marc. MSC software, this paper developed a thermo-elastic-plastic finite element method (FE...