Add to ORKGNumerical simulation of welding processes allows the assessment of the residual stresses and deformations. Accurate results require the precise knowledge of the operating conditions and the materials. Because of the large temperature range the material overcomes during the process, complex phenomena may occur. The material can therefore be modeled using different levels of complexity. This paper presents a discussion of the influence of the material modeling, applied to a welding process, on the final results
Welding has evolved in the last few decades from almost an empirical art to an activity embodying th...
Every series of manufactured products has geometric variation. Variation can lead to products that a...
Prediction and control of thermal residual stress are particularly important for the desig...
Welding processes involve complex couplings between fluid dynamics, heat transfer and the metallurgi...
Fusion welding is one of the most used methods for joining metals. This method has largely been deve...
Fusion welding is one of the most used methods for joining metals. This method has largely been deve...
Many aerospace components with complex geometry are fabricated from smaller parts using joining tech...
Fusion welding processes are the primary joining techniques used in the fabrication of civil structu...
This study presents a number of finite-element (FE) models aimed at illustrating the effect of using...
Welding is a key technology in the area of industrial production due to its flexibility and efficien...
A review. Welded joints contain spatial variations of compound, structure and properties that are a...
This report is a presentation of ANSYS FE models for the thermal and mechanical welding simulation. ...
Welding is a key technology in the area of industrial production due to its flexibility and efficien...
Theoretical, physically-based models of fusion welding are developed, and calibrated using experimen...
In this master’s thesis robustness in welding has been investigated by means of simulations. A sim...
Welding has evolved in the last few decades from almost an empirical art to an activity embodying th...
Every series of manufactured products has geometric variation. Variation can lead to products that a...
Prediction and control of thermal residual stress are particularly important for the desig...
Welding processes involve complex couplings between fluid dynamics, heat transfer and the metallurgi...
Fusion welding is one of the most used methods for joining metals. This method has largely been deve...
Fusion welding is one of the most used methods for joining metals. This method has largely been deve...
Many aerospace components with complex geometry are fabricated from smaller parts using joining tech...
Fusion welding processes are the primary joining techniques used in the fabrication of civil structu...
This study presents a number of finite-element (FE) models aimed at illustrating the effect of using...
Welding is a key technology in the area of industrial production due to its flexibility and efficien...
A review. Welded joints contain spatial variations of compound, structure and properties that are a...
This report is a presentation of ANSYS FE models for the thermal and mechanical welding simulation. ...
Welding is a key technology in the area of industrial production due to its flexibility and efficien...
Theoretical, physically-based models of fusion welding are developed, and calibrated using experimen...
In this master’s thesis robustness in welding has been investigated by means of simulations. A sim...
Welding has evolved in the last few decades from almost an empirical art to an activity embodying th...
Every series of manufactured products has geometric variation. Variation can lead to products that a...
Prediction and control of thermal residual stress are particularly important for the desig...