Add to ORKGNowadays, Finite Element (FE) Analysis are an important tool for simulation of the weld fabrication processes and to determine microstructural changes, residual stresses and distortion during and after welding. The main input parameters are the physical and mechanical material properties within the temperature region from room temperature to the melting point and the correct modelling of the heat source for the actual welding process. As an example, for an automotive component made of aluminium alloy the procedure of welding simulation and the results of distortion of the component are demonstrated
This study is mainly focused on the estimation of the surface residual stress after the welding on a...
Welding is a key technology in the area of industrial production due to its flexibility and efficien...
Localized heating during welding, followed by rapid cooling, usually generates residual stresses in ...
A successful lightweight construction can only be achieved by an optimised combination of material s...
Fusion welding is one of the most used methods for joining metals. This method has largely been deve...
Presented master thesis deals with computational modelling (simulation) of welding process. Its main...
For an automotive component made from aluminium alloy numerical simulations of the welding process h...
Numerical methods are nowadays a useful tool for the calculation of distortion and residual stresses...
[[abstract]]Welding is used in industry in a broad number of ways. In the past, in order to measure ...
Fusion welding is one of the most used methods for joining metals. This method has largely been deve...
Numerical simulations make the improvement of fabrication process and welding technology. Numerical ...
Welding is a key technology in the area of industrial production due to its flexibility and efficien...
The modeling and simulation of the welding process has been of main concern for different fields of ...
This study presents a number of finite-element (FE) models aimed at illustrating the effect of using...
It is the demand of the world’s ever increasing energy crisis to reduce fuel consumption wherever po...
This study is mainly focused on the estimation of the surface residual stress after the welding on a...
Welding is a key technology in the area of industrial production due to its flexibility and efficien...
Localized heating during welding, followed by rapid cooling, usually generates residual stresses in ...
A successful lightweight construction can only be achieved by an optimised combination of material s...
Fusion welding is one of the most used methods for joining metals. This method has largely been deve...
Presented master thesis deals with computational modelling (simulation) of welding process. Its main...
For an automotive component made from aluminium alloy numerical simulations of the welding process h...
Numerical methods are nowadays a useful tool for the calculation of distortion and residual stresses...
[[abstract]]Welding is used in industry in a broad number of ways. In the past, in order to measure ...
Fusion welding is one of the most used methods for joining metals. This method has largely been deve...
Numerical simulations make the improvement of fabrication process and welding technology. Numerical ...
Welding is a key technology in the area of industrial production due to its flexibility and efficien...
The modeling and simulation of the welding process has been of main concern for different fields of ...
This study presents a number of finite-element (FE) models aimed at illustrating the effect of using...
It is the demand of the world’s ever increasing energy crisis to reduce fuel consumption wherever po...
This study is mainly focused on the estimation of the surface residual stress after the welding on a...
Welding is a key technology in the area of industrial production due to its flexibility and efficien...
Localized heating during welding, followed by rapid cooling, usually generates residual stresses in ...