Contribution deals with experimental modeling of quick thermal cycles of metal specimens. In the introduction of contribution will be presented measured graphs of thermal cycle of heat affected zone (HAZ) of weld. Next will be presented experimental simulation of measured thermal cycle on the standard specimens, useable for material testing. This approach makes possible to create material structures of heat affected zone of weld, big enough for standard material testing
Thermal simulations of heat affected zone (HAZ) have been widely used. This is an economic expedite ...
The heat imposed by the welding is responsible for metallurgical changes in the material, and as a r...
This paper presents accelerated weldability investigation after weld thermal cycle simulation of TSt...
Contribution deals with experimental modeling of quick thermal cycles of metal specimens. In the int...
Contribution deals with experimental modeling of quick thermal cycles of metal specimens. In the int...
This paper presents accelerated weldability investigation after weld thermal cycle simulation of TSt...
This work is focused on mechanical properties and microstructure of heat affected zone (HAZ) of stee...
The paper presents a short description and overview of the weld thermal cycle simulation methods. An...
Thermal simulations of heat affected zone (HAZ) have been widely used. This is an economic expedite ...
Investigation of the structure and properties of the heat-affected zones in welded joints is usuall...
The thermal and deformation cycle during welding is directly reflected on the formation of the welde...
The paper presents a short description and overview of the weld thermal cycle simulation methods. An...
The thermal and deformation cycle during welding is directly reflected on the formation of the welde...
The thermal and deformation cycle during welding is directly reflected on the formation of the welde...
The thermal and deformation cycle during welding is directly reflected on the formation of the welde...
Thermal simulations of heat affected zone (HAZ) have been widely used. This is an economic expedite ...
The heat imposed by the welding is responsible for metallurgical changes in the material, and as a r...
This paper presents accelerated weldability investigation after weld thermal cycle simulation of TSt...
Contribution deals with experimental modeling of quick thermal cycles of metal specimens. In the int...
Contribution deals with experimental modeling of quick thermal cycles of metal specimens. In the int...
This paper presents accelerated weldability investigation after weld thermal cycle simulation of TSt...
This work is focused on mechanical properties and microstructure of heat affected zone (HAZ) of stee...
The paper presents a short description and overview of the weld thermal cycle simulation methods. An...
Thermal simulations of heat affected zone (HAZ) have been widely used. This is an economic expedite ...
Investigation of the structure and properties of the heat-affected zones in welded joints is usuall...
The thermal and deformation cycle during welding is directly reflected on the formation of the welde...
The paper presents a short description and overview of the weld thermal cycle simulation methods. An...
The thermal and deformation cycle during welding is directly reflected on the formation of the welde...
The thermal and deformation cycle during welding is directly reflected on the formation of the welde...
The thermal and deformation cycle during welding is directly reflected on the formation of the welde...
Thermal simulations of heat affected zone (HAZ) have been widely used. This is an economic expedite ...
The heat imposed by the welding is responsible for metallurgical changes in the material, and as a r...
This paper presents accelerated weldability investigation after weld thermal cycle simulation of TSt...