Hardness is one of the components responsible for the resistance to wear. The development of new materials with hardness surface more than 65 HRC is possible with use welding technologies. High chromium cored wires belong to welding materials that are often used to cladding to protect surface. This article show the problem of determining the important parameters of cladding FCAW to obtain the most hard surface. The use of high chromium cast iron to cladding on to structural steel S235JR showed us how important is knowledge about influence the technological parameters by made this plate and how have a significant impact on the final characteristics surface. For experiment Plackett-Burman design is used
Materials based on cast irons are often used for protection against wear. One of the methods of crea...
<p><em>Influence of ways of casting and influence of geometrical parameters of details made from chr...
This paper presents the research results of hard layers (Fe-C-Cr-B, Fe-C-Cr-Mo) resistance of abrasi...
Hardness is one of the components responsible for the resistance to wear. The development of new mat...
Hardness is one of the components responsible for the resistance to wear. The development of new mat...
The paper presents the capabilities of welding techniques to creating properties of wear resistant h...
The paper presents the capabilities of welding techniques to creating properties of wear resistant h...
The paper presents the capabilities of welding techniques to creating properties of wear resistant h...
The paper discusses the possibility of using pulsed arc hardfacing for depositing high chromium and ...
The paper discusses the possibility of using pulsed arc hardfacing for depositing high chromium and ...
The paper presents the results of a research on the role of cladding by welding support of continuou...
Two aspects of various steels’ weldability are considered in this article. The theoretical part pres...
Wear is a property of material to resist the component and replace for the functional usage. There a...
Cladding, also called as hardfacing or surfacing, is a deposition process with a purpose of improvin...
In this paper is presented the detailed procedure for defining the optimal technology for welding th...
Materials based on cast irons are often used for protection against wear. One of the methods of crea...
<p><em>Influence of ways of casting and influence of geometrical parameters of details made from chr...
This paper presents the research results of hard layers (Fe-C-Cr-B, Fe-C-Cr-Mo) resistance of abrasi...
Hardness is one of the components responsible for the resistance to wear. The development of new mat...
Hardness is one of the components responsible for the resistance to wear. The development of new mat...
The paper presents the capabilities of welding techniques to creating properties of wear resistant h...
The paper presents the capabilities of welding techniques to creating properties of wear resistant h...
The paper presents the capabilities of welding techniques to creating properties of wear resistant h...
The paper discusses the possibility of using pulsed arc hardfacing for depositing high chromium and ...
The paper discusses the possibility of using pulsed arc hardfacing for depositing high chromium and ...
The paper presents the results of a research on the role of cladding by welding support of continuou...
Two aspects of various steels’ weldability are considered in this article. The theoretical part pres...
Wear is a property of material to resist the component and replace for the functional usage. There a...
Cladding, also called as hardfacing or surfacing, is a deposition process with a purpose of improvin...
In this paper is presented the detailed procedure for defining the optimal technology for welding th...
Materials based on cast irons are often used for protection against wear. One of the methods of crea...
<p><em>Influence of ways of casting and influence of geometrical parameters of details made from chr...
This paper presents the research results of hard layers (Fe-C-Cr-B, Fe-C-Cr-Mo) resistance of abrasi...