AbstractRe-sults of experimental studies of nano-sized refractory compounds impact on structural and mechanical characteristics of a joint obtained by CO2 laser welding of metal plates are presented. Introduction of small quantity of specially prepared refractory nanoparticles with size less than 100nm is shown to impact the alloy crystallization process, form fine-dispersed globular structure at its solidification. This results in increase of mechanical and operational properties of the weld seam
This work presents the laser welding of dissimilar X12CrCoWVNbN12-2-2 and X10CrNi18-10 steels. This ...
The Thermal Laser Welding (TLW) process involves localized heating at the interface of two pieces of...
Laser welding will be an important welding process for different applications in aerospace , aircra...
AbstractRe-sults of experimental studies of nano-sized refractory compounds impact on structural and...
In the paper we present the results of experimental study of specially prepared nanosize metal-ceram...
Strength is one of the most important characteristics of a weld joint. Mechanical properties of a we...
With the development of laser technology in various fields of engineering and manufacturing in terms...
AbstractResearches of flat samples using laser cladding technology were carried out. Nickel-based po...
This paper presents results of experiments on how tungsten, molybdenum and aluminum oxyhydroxide nan...
This paper describes the characteristics of the laser welding of thin-sheet magnesium alloys using s...
The purpose of our study was to investigate the properties of welded joints formed by 1.5 mm thick p...
AbstractWelding is a joining procedure that offers some benefits over mechanical fasteners such as w...
In today's society, the manufacturing of complex structures and assemblies is of vital importance in...
The authors address to the issue of mainstream directions and application fields of nanostructured c...
The study analyzes the processing behavior of welding electrodes made with addition of nanopowder, a...
This work presents the laser welding of dissimilar X12CrCoWVNbN12-2-2 and X10CrNi18-10 steels. This ...
The Thermal Laser Welding (TLW) process involves localized heating at the interface of two pieces of...
Laser welding will be an important welding process for different applications in aerospace , aircra...
AbstractRe-sults of experimental studies of nano-sized refractory compounds impact on structural and...
In the paper we present the results of experimental study of specially prepared nanosize metal-ceram...
Strength is one of the most important characteristics of a weld joint. Mechanical properties of a we...
With the development of laser technology in various fields of engineering and manufacturing in terms...
AbstractResearches of flat samples using laser cladding technology were carried out. Nickel-based po...
This paper presents results of experiments on how tungsten, molybdenum and aluminum oxyhydroxide nan...
This paper describes the characteristics of the laser welding of thin-sheet magnesium alloys using s...
The purpose of our study was to investigate the properties of welded joints formed by 1.5 mm thick p...
AbstractWelding is a joining procedure that offers some benefits over mechanical fasteners such as w...
In today's society, the manufacturing of complex structures and assemblies is of vital importance in...
The authors address to the issue of mainstream directions and application fields of nanostructured c...
The study analyzes the processing behavior of welding electrodes made with addition of nanopowder, a...
This work presents the laser welding of dissimilar X12CrCoWVNbN12-2-2 and X10CrNi18-10 steels. This ...
The Thermal Laser Welding (TLW) process involves localized heating at the interface of two pieces of...
Laser welding will be an important welding process for different applications in aerospace , aircra...