The development of new materials and processes is projected to be the prime mover for the 21st century. Rapid solidification process was developed in 1960s and gained tremendous interest from the research community. Similarly, spray forming, one of the variants of rapid solidification, was observed as a promise for the synthesis of bulk materials that could not be generally processed by conventional route. As spray forming has already been a well established process and has witnessed commercial production, the present paper attempts to investigate the possibility of employing this technique to produce bulk amorphous / nanocrystalline / quasicrystalline materials, wh...
The distinguished microstructural features of spray formed products are the refined equiaxed grain s...
An alternative method to produce bulk nanocrystalline materials is to produce amorphous material by ...
Melt solidification is the shortest and most viable route to obtain components, starting from the de...
Bulk amorphous and nanocrystalline metallic materials have been observed to possess exce...
Bulk amorphous and nano-crystalline metallic materials have been observed to possess excellent mecha...
Spray Forming is an advanced materials processing technology that transforms molten metal into a nea...
In this study, Al-Cu-Fe based stable quasicrystalline alloys were spray deposited in bu...
The purpose of this technical manuscript is to present an explanation of rapid solidification proces...
Spray forming is a materials processing technology in which a bulk liquid metal is converted to a sp...
Rapid Solidification Process (RSP) ToolingTM is a spray forming technology tailored for producing mo...
An Al-2.7Fe-1.9Cr-1.8Ti alloy has been spray formed in bulk and the microstructure and properties co...
This paper presents a new technique for rapidly spraying coat of metal. A new device is developed an...
The goal of this doctoral thesis was to contribute to the technology of amorphous metals production ...
The necessity to use materials presenting low density, high tensile strength and easy processing abi...
This work presents an investigation of the spray forming and downstream processing of Al alloys that...
The distinguished microstructural features of spray formed products are the refined equiaxed grain s...
An alternative method to produce bulk nanocrystalline materials is to produce amorphous material by ...
Melt solidification is the shortest and most viable route to obtain components, starting from the de...
Bulk amorphous and nanocrystalline metallic materials have been observed to possess exce...
Bulk amorphous and nano-crystalline metallic materials have been observed to possess excellent mecha...
Spray Forming is an advanced materials processing technology that transforms molten metal into a nea...
In this study, Al-Cu-Fe based stable quasicrystalline alloys were spray deposited in bu...
The purpose of this technical manuscript is to present an explanation of rapid solidification proces...
Spray forming is a materials processing technology in which a bulk liquid metal is converted to a sp...
Rapid Solidification Process (RSP) ToolingTM is a spray forming technology tailored for producing mo...
An Al-2.7Fe-1.9Cr-1.8Ti alloy has been spray formed in bulk and the microstructure and properties co...
This paper presents a new technique for rapidly spraying coat of metal. A new device is developed an...
The goal of this doctoral thesis was to contribute to the technology of amorphous metals production ...
The necessity to use materials presenting low density, high tensile strength and easy processing abi...
This work presents an investigation of the spray forming and downstream processing of Al alloys that...
The distinguished microstructural features of spray formed products are the refined equiaxed grain s...
An alternative method to produce bulk nanocrystalline materials is to produce amorphous material by ...
Melt solidification is the shortest and most viable route to obtain components, starting from the de...