This paper provides an intensive review on past and current research works in solid state recycling of aluminium and its alloys. The review relates the extrudates quality of the solid state recycled aluminium to certain aspects noted as chips preparation, reinforced materials addition, die geometry, processing parameters, and performance of miscellaneous solid state recycling techniques. Finally, concluding remarks underline challenges for aluminium recycling by the solid state and also highlight the potential future work on making the method as a promising alternative for sustainable manufacturing and hence technologically feasible for industrial implementation.Published versio
In this research, the feasibility of solid-state recycling of pure aluminum AA1099 machining chips u...
Starting from existing challenges and limitations in light metal recycling (in particular aluminium ...
Aluminum alloys are characterized by high-energy demands for primary production. Recycling is a well...
AbstractThis paper provides an intensive review on past and current research works in solid state re...
Solid state recycling techniques allow the manufacture of high density aluminium alloy parts directl...
This article provides an intensive review of the past and current research work on the solid-state r...
Main aim of this research was to investigate unconventional method for aluminium recycling. Recyclin...
Whereas industrial symbiosis has led to increased energy and resource efficiency in process industri...
In the present study, aluminium AA-6061 alloy turning chips recycled using solid-state recycling tec...
This article provides an intensive review of the past and current research work on the solid-state r...
Recycling is an important area to improve to reduce negative impact on the environment. With increas...
Starting from existing challenges and limitations in light metal recycling (in particular aluminium ...
Alternating typical primary aluminium production with recycling route should benefit various parties...
The main aim of this paper is to present an environmentally friendly method for aluminum recycling. ...
In the last decades, several direct-recycling techniques have been developed and investigated in ord...
In this research, the feasibility of solid-state recycling of pure aluminum AA1099 machining chips u...
Starting from existing challenges and limitations in light metal recycling (in particular aluminium ...
Aluminum alloys are characterized by high-energy demands for primary production. Recycling is a well...
AbstractThis paper provides an intensive review on past and current research works in solid state re...
Solid state recycling techniques allow the manufacture of high density aluminium alloy parts directl...
This article provides an intensive review of the past and current research work on the solid-state r...
Main aim of this research was to investigate unconventional method for aluminium recycling. Recyclin...
Whereas industrial symbiosis has led to increased energy and resource efficiency in process industri...
In the present study, aluminium AA-6061 alloy turning chips recycled using solid-state recycling tec...
This article provides an intensive review of the past and current research work on the solid-state r...
Recycling is an important area to improve to reduce negative impact on the environment. With increas...
Starting from existing challenges and limitations in light metal recycling (in particular aluminium ...
Alternating typical primary aluminium production with recycling route should benefit various parties...
The main aim of this paper is to present an environmentally friendly method for aluminum recycling. ...
In the last decades, several direct-recycling techniques have been developed and investigated in ord...
In this research, the feasibility of solid-state recycling of pure aluminum AA1099 machining chips u...
Starting from existing challenges and limitations in light metal recycling (in particular aluminium ...
Aluminum alloys are characterized by high-energy demands for primary production. Recycling is a well...