FE simulation of welds from austenitic steel was carried out in the current paper. Two different multi-pass welds were modelled. Measurements of welding residual stresses, which were found in literature, were applied for the validation of the results. The validated models were then used as basis for sensitivity analysis. The influence of differentiating the welding speed, the heat input of the weld heat source, intermediate cooling between consecutive weld-passes and welding sequence on the welding residual stresses was investigated
AbstractWelding is widely used in all the fabrication processes for the development of structural co...
A residual stress generated in the steel structure is broadly categorized into initial residual stre...
Articulated haulers are fundamental equipment to transport material. The load carrying structure on ...
FE simulation of welds from austenitic steel was carried out in the current paper. Two different mul...
The intense localized heating and cooling in the fabrication of welded joints leads to residual stre...
A combined experimental numerical approach is applied for sensitivity analysis of the transformation...
Finite element simulations of a single pass butt and a sequential fillet welding process are critica...
This report is a presentation of ANSYS FE models for the thermal and mechanical welding simulation. ...
A parametric model is adopted and the technique of element “birth and death” is used to estimate the...
This paper deals with the development of a Finite Element (FE) model for the simulation of a two-pas...
The presence of residual stresses is a determining factor in the buckling behaviour of steel beams. ...
The objective of this project is to analyse welding processes in high strength low-carbon steel grad...
In the Part 2 of the current study, a sequentially coupled thermal-stress analysis is conducted to m...
Metallic materials undergo many metallurgical changes when subjected to welding thermal cycles, and ...
AbstractWelding is widely used in all the fabrication processes for the development of structural co...
A residual stress generated in the steel structure is broadly categorized into initial residual stre...
Articulated haulers are fundamental equipment to transport material. The load carrying structure on ...
FE simulation of welds from austenitic steel was carried out in the current paper. Two different mul...
The intense localized heating and cooling in the fabrication of welded joints leads to residual stre...
A combined experimental numerical approach is applied for sensitivity analysis of the transformation...
Finite element simulations of a single pass butt and a sequential fillet welding process are critica...
This report is a presentation of ANSYS FE models for the thermal and mechanical welding simulation. ...
A parametric model is adopted and the technique of element “birth and death” is used to estimate the...
This paper deals with the development of a Finite Element (FE) model for the simulation of a two-pas...
The presence of residual stresses is a determining factor in the buckling behaviour of steel beams. ...
The objective of this project is to analyse welding processes in high strength low-carbon steel grad...
In the Part 2 of the current study, a sequentially coupled thermal-stress analysis is conducted to m...
Metallic materials undergo many metallurgical changes when subjected to welding thermal cycles, and ...
AbstractWelding is widely used in all the fabrication processes for the development of structural co...
A residual stress generated in the steel structure is broadly categorized into initial residual stre...
Articulated haulers are fundamental equipment to transport material. The load carrying structure on ...
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