Surface condition of powder details on the different stages of producing of joining elements is the important factor that influences on the choice of technological conditions of operations and end-use properties and running ability of product. Generally, the roughness, porosity and microstructure determine the surface condition. The results of investigation of surfaces and wear resistance of iron-copper details after compacting, sintering and infiltration are offered
The use of different alloying methods for the powder steel production is discussed and some results ...
One novel important application of sinter-based additive manufacturing involving binder jetting is c...
An alloy of cast iron and copper (Fe-Cu) has been developed using a stir cast process. The compo-sit...
The present surface roughness research is based on machine parts surface cross section profile analy...
The nondestructive methods for the quality and properties control of iron-copper powder details are ...
Nowadays the materials made by methods of powder metallurgy are widely used for producing details of...
The study was conducted on the influence of chemical precipitation of copper on the change in the ph...
The manufacturing processes of the multicomponent powder details from Fe-Cu alloys by the methods of...
Nowadays the materials made by methods of powder metallurgy are widely used for producing details of...
The papers dealing with the effects of electrodeposition conditions on the decisive characteristics ...
Copper is characterised by excellent electrical and thermal conductivity, very high ductility proper...
The main objective of the present work was to determine the effect of powder composition on microstr...
Mechanical and tribotechnical features of powdered materials are strongly influenced by pore volume,...
Two-phase composites have been prepared by infiltrating sintered iron compacts with liquid copper. ...
With the development of materials science and technology, Iron-based powder metallurgy (P/M) antifri...
The use of different alloying methods for the powder steel production is discussed and some results ...
One novel important application of sinter-based additive manufacturing involving binder jetting is c...
An alloy of cast iron and copper (Fe-Cu) has been developed using a stir cast process. The compo-sit...
The present surface roughness research is based on machine parts surface cross section profile analy...
The nondestructive methods for the quality and properties control of iron-copper powder details are ...
Nowadays the materials made by methods of powder metallurgy are widely used for producing details of...
The study was conducted on the influence of chemical precipitation of copper on the change in the ph...
The manufacturing processes of the multicomponent powder details from Fe-Cu alloys by the methods of...
Nowadays the materials made by methods of powder metallurgy are widely used for producing details of...
The papers dealing with the effects of electrodeposition conditions on the decisive characteristics ...
Copper is characterised by excellent electrical and thermal conductivity, very high ductility proper...
The main objective of the present work was to determine the effect of powder composition on microstr...
Mechanical and tribotechnical features of powdered materials are strongly influenced by pore volume,...
Two-phase composites have been prepared by infiltrating sintered iron compacts with liquid copper. ...
With the development of materials science and technology, Iron-based powder metallurgy (P/M) antifri...
The use of different alloying methods for the powder steel production is discussed and some results ...
One novel important application of sinter-based additive manufacturing involving binder jetting is c...
An alloy of cast iron and copper (Fe-Cu) has been developed using a stir cast process. The compo-sit...