A conceptual model is developed for the three-dimensional temperature history of a multipass, filled weldment. Property variations with temperature and phase change are included. A mathematical model and finite difference equations are derived from the conceptual model and a solution procedure for the equations is presented
Welding is one of the most important material-joining processes widely used in industry. Low carbon ...
This paper presents a numerical simulation for examining temperature fields, residual stresses, and ...
In this work a computational model for the numerical simulation of multi-pass welding and metal depo...
Computer simulation of the three-dimensional temperature history in a multipass filled weldment was ...
This paper has informed industry of the capabilities of advanced simulation to better understand and...
Welding is a reliable, cost effective, and efficient metal joining process. Manual metal arc welding...
A three-dimensional thermo-mechanical finite element model has been developed and applied to multipa...
Metallic materials undergo many metallurgical changes when subjected to welding thermal cycles, and ...
Abstract- A 3-D finite element model is presented to study the thermo-mechanical response of thick p...
Multipass butt welding of two 0.2 m thick steel plates has been investigated. The objective is to ca...
In the welding process, the most interesting regions for heat transfer analysis are the fusion zone ...
AbstractThe paper presents the model of heat affected zone in a steel element during multipass Gas M...
The modeling and simulation of the welding process has been of main concern for different fields of ...
Welding is a thermal process that creates residual stresses due to a combination of thermal expansio...
The purpose of this paper is to present analytical solutions for the heat distribution in the base m...
Welding is one of the most important material-joining processes widely used in industry. Low carbon ...
This paper presents a numerical simulation for examining temperature fields, residual stresses, and ...
In this work a computational model for the numerical simulation of multi-pass welding and metal depo...
Computer simulation of the three-dimensional temperature history in a multipass filled weldment was ...
This paper has informed industry of the capabilities of advanced simulation to better understand and...
Welding is a reliable, cost effective, and efficient metal joining process. Manual metal arc welding...
A three-dimensional thermo-mechanical finite element model has been developed and applied to multipa...
Metallic materials undergo many metallurgical changes when subjected to welding thermal cycles, and ...
Abstract- A 3-D finite element model is presented to study the thermo-mechanical response of thick p...
Multipass butt welding of two 0.2 m thick steel plates has been investigated. The objective is to ca...
In the welding process, the most interesting regions for heat transfer analysis are the fusion zone ...
AbstractThe paper presents the model of heat affected zone in a steel element during multipass Gas M...
The modeling and simulation of the welding process has been of main concern for different fields of ...
Welding is a thermal process that creates residual stresses due to a combination of thermal expansio...
The purpose of this paper is to present analytical solutions for the heat distribution in the base m...
Welding is one of the most important material-joining processes widely used in industry. Low carbon ...
This paper presents a numerical simulation for examining temperature fields, residual stresses, and ...
In this work a computational model for the numerical simulation of multi-pass welding and metal depo...