In this work computations of a temperature field are carried out during multipass Gas Metal Arc Weld surfacing of a cuboidal steel element taking into account heat of the melted electrode material. The results are presented in the form of temporary and maximum temperature distribution in the element’s cross-section and thermal cycles at selected points
Original scientific paper In a submerged arc welding process, the concept of temperature distributio...
The article presents the modeling of temporary temperature and phase share calculations during SAW (...
The purpose of this study is to develop a generalized finite element simulation for the transient he...
This work presents a model of a temperature field in a steel element during multi-pass Gas Metal Arc...
In this work, a model of a temperature field in a steel element during a singlepass arc weld surfaci...
In this work a model of temperature field in a steel cast during surfacing was presented. Analytical...
AbstractThe paper presents the model of heat affected zone in a steel element during multipass Gas M...
The paper presents the analysis of temperature fields, phase transformations, strains and stresses i...
In this work, a model of phase transformations during multipass weld surfaced steel casts is present...
The paper compares forms and dimensions of heat affected zones determined on the basis of analytical...
In the work the bimodal heat source model in the description of the temperature field is presented. ...
This presentation describes both the experimental measurement and finite element analysis used to st...
The calculation results of the temperature field during multi-beads GMAW (Gas Metal Arc Welding) cla...
Metallic materials undergo many metallurgical changes when subjected to welding thermal cycles, and ...
Wire Arc Additive Manufacturing (WAAM) has gained prominence as a flexible and cost-effective approa...
Original scientific paper In a submerged arc welding process, the concept of temperature distributio...
The article presents the modeling of temporary temperature and phase share calculations during SAW (...
The purpose of this study is to develop a generalized finite element simulation for the transient he...
This work presents a model of a temperature field in a steel element during multi-pass Gas Metal Arc...
In this work, a model of a temperature field in a steel element during a singlepass arc weld surfaci...
In this work a model of temperature field in a steel cast during surfacing was presented. Analytical...
AbstractThe paper presents the model of heat affected zone in a steel element during multipass Gas M...
The paper presents the analysis of temperature fields, phase transformations, strains and stresses i...
In this work, a model of phase transformations during multipass weld surfaced steel casts is present...
The paper compares forms and dimensions of heat affected zones determined on the basis of analytical...
In the work the bimodal heat source model in the description of the temperature field is presented. ...
This presentation describes both the experimental measurement and finite element analysis used to st...
The calculation results of the temperature field during multi-beads GMAW (Gas Metal Arc Welding) cla...
Metallic materials undergo many metallurgical changes when subjected to welding thermal cycles, and ...
Wire Arc Additive Manufacturing (WAAM) has gained prominence as a flexible and cost-effective approa...
Original scientific paper In a submerged arc welding process, the concept of temperature distributio...
The article presents the modeling of temporary temperature and phase share calculations during SAW (...
The purpose of this study is to develop a generalized finite element simulation for the transient he...