Add to ORKGProses pensinteran pelarutan (SDP) merupakan proses yang dapat menghasilkan busa aluminum sebagai bahan penyerap dengan kualiti yang baik. Tujuan kajian ini adalah untuk mengkaji kesan pelbagai parameter terhadap morfologi dan ciri mampatan busa aluminum difabrikasi menggunakan kaedah SDP. Sintering dissolution process (SDP) is a technique which enables fabrication of aluminum foam as a suitable absorber material with good quality. The aim of this research is to study the effect of various parameters towards morphology and compression properties of aluminum foam fabricated using SDP method
Aluminum foam was fabricated by space-holder method with carbamide particles as space-holder materia...
The manufacture of open cell metal foams by dissolution and sintering process (DSP) is the matter of...
Foam is defined as a uniform dispersion of a gaseous phase in a liquid, seperated by a thin film of ...
Sintering dissolution process (SDP) is a technique which enables fabrication of aluminum foam as a ...
The processing of aluminum (Al) foams with maximum porosity of around 70 %, regular pore size and in...
This paper discusses the improvement made by pressure assisted sintering dissolution process (PASDP)...
International audienceThe processing of aluminum (Al) foams with maximum porosity of around 70 %, re...
This work reports the processing of aluminum (Al) foams with pore size in the range from 1 to 2 mm a...
Aluminum foams were fabricated by sintering dissolution process (SDP) using sodium chloride (NaCl) a...
Al foams have found increasing applications in a wide range of structural and functional products, d...
It was known that it is difficult' to form a metallurgical bonding in a packed aluminium (AI) powde...
Light structures and parts are very effective for new engineering applications. Their considerably l...
Porous aluminum foams were successfully fabricated following the space-holder powder metallurgy meth...
The effects of the compaction and liquid-state sintering conditions on the structure of the resultan...
The main objective of this research was to improve the compressive properties of porous aluminum by ...
Aluminum foam was fabricated by space-holder method with carbamide particles as space-holder materia...
The manufacture of open cell metal foams by dissolution and sintering process (DSP) is the matter of...
Foam is defined as a uniform dispersion of a gaseous phase in a liquid, seperated by a thin film of ...
Sintering dissolution process (SDP) is a technique which enables fabrication of aluminum foam as a ...
The processing of aluminum (Al) foams with maximum porosity of around 70 %, regular pore size and in...
This paper discusses the improvement made by pressure assisted sintering dissolution process (PASDP)...
International audienceThe processing of aluminum (Al) foams with maximum porosity of around 70 %, re...
This work reports the processing of aluminum (Al) foams with pore size in the range from 1 to 2 mm a...
Aluminum foams were fabricated by sintering dissolution process (SDP) using sodium chloride (NaCl) a...
Al foams have found increasing applications in a wide range of structural and functional products, d...
It was known that it is difficult' to form a metallurgical bonding in a packed aluminium (AI) powde...
Light structures and parts are very effective for new engineering applications. Their considerably l...
Porous aluminum foams were successfully fabricated following the space-holder powder metallurgy meth...
The effects of the compaction and liquid-state sintering conditions on the structure of the resultan...
The main objective of this research was to improve the compressive properties of porous aluminum by ...
Aluminum foam was fabricated by space-holder method with carbamide particles as space-holder materia...
The manufacture of open cell metal foams by dissolution and sintering process (DSP) is the matter of...
Foam is defined as a uniform dispersion of a gaseous phase in a liquid, seperated by a thin film of ...