In the paper the authors formulate the thermodynamic model of welding aerosol formation. The thermodynamic parameters of chemical compounds and aerosol phases are calculated. The authors develop a program for numerical calculation of various elements emission under varied parameters changing the welding conditions
Various approaches to numerical modelling of argon plasma flows with admixtures of copper, iron and ...
The author considers the gas-dynamic action of the shielding gas jet during consumable electrode wel...
Prediction of fume formation rate during metal arc welding and the composition of the fume are of in...
In the context of a significant increase in production output and use of welding technologies in the...
This paper presents the main factors that cause environmental pollution in the case of the welding p...
This paper reports a study of the air medium where welding processes take place, with special attent...
Analysis of the current hygienic situation in the welding production showed that the intensification...
Russia has a well-developed network of pipeline transport. Its installation and repair is carried ou...
Oxygen in metals is most often present in the form of oxides, including: FeO, Fe2O3, Fe3O4. The comp...
A series of experiments on arc welding with commercial coated electrodes of rutile, basic, acidic an...
This paper reports a study of the air medium where welding processes take place, with special attent...
The object of research is the welder safety during the repair and construction of underground pipeli...
Physicochemical properties important in exposure characterisation of four different welding aerosols...
This paper is focused on welding with a consumable electrode in a gas shield atmosphere and its main...
This investigation studied fume generated from Gas Metal Arc Welding (GMAW). Through an extensive li...
Various approaches to numerical modelling of argon plasma flows with admixtures of copper, iron and ...
The author considers the gas-dynamic action of the shielding gas jet during consumable electrode wel...
Prediction of fume formation rate during metal arc welding and the composition of the fume are of in...
In the context of a significant increase in production output and use of welding technologies in the...
This paper presents the main factors that cause environmental pollution in the case of the welding p...
This paper reports a study of the air medium where welding processes take place, with special attent...
Analysis of the current hygienic situation in the welding production showed that the intensification...
Russia has a well-developed network of pipeline transport. Its installation and repair is carried ou...
Oxygen in metals is most often present in the form of oxides, including: FeO, Fe2O3, Fe3O4. The comp...
A series of experiments on arc welding with commercial coated electrodes of rutile, basic, acidic an...
This paper reports a study of the air medium where welding processes take place, with special attent...
The object of research is the welder safety during the repair and construction of underground pipeli...
Physicochemical properties important in exposure characterisation of four different welding aerosols...
This paper is focused on welding with a consumable electrode in a gas shield atmosphere and its main...
This investigation studied fume generated from Gas Metal Arc Welding (GMAW). Through an extensive li...
Various approaches to numerical modelling of argon plasma flows with admixtures of copper, iron and ...
The author considers the gas-dynamic action of the shielding gas jet during consumable electrode wel...
Prediction of fume formation rate during metal arc welding and the composition of the fume are of in...