Plastic consolidation of highly fragmented materials is a cost-effective way to recover aluminum alloys. In this process, metal in the form of chips, powders, or ribbons omits the melting step that is typical for conventional scrap recycling; by that, it significantly reduces both energy expenses and material losses. By reducing the number of operations, the cost of labor and expenditures on environmental protection can be decreased. In addition, the solid bonding of metals in highly dispersed forms allows us to create heterogeneous structures that could be difficult to obtain in traditional processes. In the present study, the influence of the addition of Cu powder (99.7 wt.%) on the bonding quality of aluminum powder (99.7 wt.%) during ho...
This study presents and explains the results of the first steps in developing high strength aluminiu...
Whereas industrial symbiosis has led to increased energy and resource efficiency in process industri...
The paper presents an analysis of selected aluminum alloys as structural materials used in productio...
Plastic consolidation of highly fragmented materials is a cost-effective way to recover aluminum all...
In the work, the experiments on extrusion of high-strength aluminium alloys (2014 and 2024) with sol...
Spajanje materijala različitih svojstava poput aluminija i bakra moguće je postići tehnologijom meta...
This article belongs to the Special Issue Advances in Powder Metallurgy II.This study presents and e...
Primjena metoda intenzivne plastične deformacije u metalurgiji praha može omogućiti proizvodnju cjel...
The present work concerns the processing of 7075 Al alloy by cold compaction and hot extrusion of a ...
Na bazie wyników doświadczalnych, dokonano oceny możliwości recyklingu wiórów odpadowych z trudnoodk...
One of the methods to produce aluminium alloys of an uncommon composition and structure is by the co...
Basing on experimental data, the possibility of consolidating side products of turning, milling and ...
The subject of the study were microstructure and mechanical properties of two commercial 5xxx alumin...
Commercial purity aluminum was extruded by means of KoBo method at varied processing parameters. Rec...
In the present study, aluminium AA-6061 alloy turning chips recycled using solid-state recycling tec...
This study presents and explains the results of the first steps in developing high strength aluminiu...
Whereas industrial symbiosis has led to increased energy and resource efficiency in process industri...
The paper presents an analysis of selected aluminum alloys as structural materials used in productio...
Plastic consolidation of highly fragmented materials is a cost-effective way to recover aluminum all...
In the work, the experiments on extrusion of high-strength aluminium alloys (2014 and 2024) with sol...
Spajanje materijala različitih svojstava poput aluminija i bakra moguće je postići tehnologijom meta...
This article belongs to the Special Issue Advances in Powder Metallurgy II.This study presents and e...
Primjena metoda intenzivne plastične deformacije u metalurgiji praha može omogućiti proizvodnju cjel...
The present work concerns the processing of 7075 Al alloy by cold compaction and hot extrusion of a ...
Na bazie wyników doświadczalnych, dokonano oceny możliwości recyklingu wiórów odpadowych z trudnoodk...
One of the methods to produce aluminium alloys of an uncommon composition and structure is by the co...
Basing on experimental data, the possibility of consolidating side products of turning, milling and ...
The subject of the study were microstructure and mechanical properties of two commercial 5xxx alumin...
Commercial purity aluminum was extruded by means of KoBo method at varied processing parameters. Rec...
In the present study, aluminium AA-6061 alloy turning chips recycled using solid-state recycling tec...
This study presents and explains the results of the first steps in developing high strength aluminiu...
Whereas industrial symbiosis has led to increased energy and resource efficiency in process industri...
The paper presents an analysis of selected aluminum alloys as structural materials used in productio...