In this study hardness and densification behaviour of copper and bronze powders under wet bag cold isostatic and uniaxial die pressing processes are examined. In uniaxial pressing the specimens were compacted up to a pressure of 800 MPa. Cold isostatic pressing (CIP) resulted in better densification for both of the studied powder materials. Attained densities were 94 % for copper and 82 % for bronze powders. In uniaxial die pressing greater pressurisation was needed to attain the same densification that obtained with CIP. The microhardness of both of the studied materials were measured before and after pressing processes. Higher pressure resulted in disloca-tion and strain hardening and increased hardness of powders. Key words: cold isostat...
Purpose: Binder jetting is a promising route to produce complex copper components for electronic/the...
The paper is focused on the role of the pressing pressure on the densification behaviour of PM alumi...
The paper is focused on the role of the pressing pressure on the densification behaviour of PM alumi...
WOS: 000188957700013In this study hardness and densification behaviour of copper and bronze powders ...
In this study hardness and densification behaviour of copper and bronze powders under wet bag cold i...
Turkish Powder Metallurgy Association, TPMA;Gazi UniversityProceedings of the 3rd International Powd...
In this study hardness and densification behaviour of copper and bronze powders under wet bag cold i...
The densi?cation behaviour of aluminium, iron and alumina powders under cold isostatic pressing (CIP...
The densification and microhardness values of copper and bronze powders were investigated experiment...
The cold isostatic pressing behaviour of aluminium and iron powders was analysed, both experimentall...
In this study, hardness and densification behaviour of aluminium, iron and alumina powders after Col...
© 2017 The Authors. Published by Elsevier Ltd. The modelling of powder densification requires knowle...
Densification behavior of tungsten-fiber-reinforced copper powder compacts under hot isostatic press...
Densification behavior of mixed copper and tool steel powder under cold compaction was investigated....
Densification of metal powder under high temperature processing was investigated. Experimental data ...
Purpose: Binder jetting is a promising route to produce complex copper components for electronic/the...
The paper is focused on the role of the pressing pressure on the densification behaviour of PM alumi...
The paper is focused on the role of the pressing pressure on the densification behaviour of PM alumi...
WOS: 000188957700013In this study hardness and densification behaviour of copper and bronze powders ...
In this study hardness and densification behaviour of copper and bronze powders under wet bag cold i...
Turkish Powder Metallurgy Association, TPMA;Gazi UniversityProceedings of the 3rd International Powd...
In this study hardness and densification behaviour of copper and bronze powders under wet bag cold i...
The densi?cation behaviour of aluminium, iron and alumina powders under cold isostatic pressing (CIP...
The densification and microhardness values of copper and bronze powders were investigated experiment...
The cold isostatic pressing behaviour of aluminium and iron powders was analysed, both experimentall...
In this study, hardness and densification behaviour of aluminium, iron and alumina powders after Col...
© 2017 The Authors. Published by Elsevier Ltd. The modelling of powder densification requires knowle...
Densification behavior of tungsten-fiber-reinforced copper powder compacts under hot isostatic press...
Densification behavior of mixed copper and tool steel powder under cold compaction was investigated....
Densification of metal powder under high temperature processing was investigated. Experimental data ...
Purpose: Binder jetting is a promising route to produce complex copper components for electronic/the...
The paper is focused on the role of the pressing pressure on the densification behaviour of PM alumi...
The paper is focused on the role of the pressing pressure on the densification behaviour of PM alumi...