Laser cladding is a tmenkind of surface treat technology with good prospects for application. By using laser cladding technology, the influence of 304 stainless steel cladding layer on its hardness and wear resistance was explored. This paper studied on different Ti and W ratio of the content of coating on 304 stainless steel. The micro-hardness and wear resistance were compared before and after the coating on the materials. The results represent that the wear property of some cladding layers was improved, which provides some theoretical references for the preparation of composite cladding reinforced of stainless steel surfaces
Shorter processing time has given impetus to laser cladding technology and therefore in this researc...
In the present study, an attempt has been made to improve wear resistance of AISI 304 stainless stee...
Laser surface cladding is a significant process used for improving and altering the surface properti...
Laser cladding is a tmenkind of surface treat technology with good prospects for application. By usi...
The present study concerns development of a hard in situ boride-dispersed composite layer on the sur...
Direct laser deposition technology has the advantages of rapid prototyping, flexibility, and control...
AbstractIn the present study, a detailed evaluation of wear and corrosion resistance properties of l...
The increasing interest in the betterment of wear resistance and hardness of surfaces that are in co...
The composite coatings were fabricated by laser cladding Ni60A/B4C pre-placed powders on the surface...
The improvement of surface quality of a tool steel by laser cladding has been investigated by using ...
304 stainless steel has poor tribological properties at medium and high temperatures, severely limit...
To meet specific tribotechnical problems surface coatings require special properties, e. g. the form...
Laser coating is an advanced material processing technology that has potential to deposit various ma...
peer reviewedAustenitic stainless steels (e.g. SS316L) are widely used due to their corrosion resist...
Shorter processing time has given impetus to laser cladding technology and therefore in this researc...
Shorter processing time has given impetus to laser cladding technology and therefore in this researc...
In the present study, an attempt has been made to improve wear resistance of AISI 304 stainless stee...
Laser surface cladding is a significant process used for improving and altering the surface properti...
Laser cladding is a tmenkind of surface treat technology with good prospects for application. By usi...
The present study concerns development of a hard in situ boride-dispersed composite layer on the sur...
Direct laser deposition technology has the advantages of rapid prototyping, flexibility, and control...
AbstractIn the present study, a detailed evaluation of wear and corrosion resistance properties of l...
The increasing interest in the betterment of wear resistance and hardness of surfaces that are in co...
The composite coatings were fabricated by laser cladding Ni60A/B4C pre-placed powders on the surface...
The improvement of surface quality of a tool steel by laser cladding has been investigated by using ...
304 stainless steel has poor tribological properties at medium and high temperatures, severely limit...
To meet specific tribotechnical problems surface coatings require special properties, e. g. the form...
Laser coating is an advanced material processing technology that has potential to deposit various ma...
peer reviewedAustenitic stainless steels (e.g. SS316L) are widely used due to their corrosion resist...
Shorter processing time has given impetus to laser cladding technology and therefore in this researc...
Shorter processing time has given impetus to laser cladding technology and therefore in this researc...
In the present study, an attempt has been made to improve wear resistance of AISI 304 stainless stee...
Laser surface cladding is a significant process used for improving and altering the surface properti...