On the basis of observations of the JTEC team, it appears that Japanese universities and research institutes are leading long-term R&D thrusts for development of new materials casting technologies. Significant efforts include amorphous metals, intermetallics, application of MHD in continuous casting of steel, and energy efficient furnace technology. Industrial R&D seems focused more on process improvements than on new product technologies, but significant efforts in new cast materials included cast metal matrix composites, materials substitutions for thinner wall products, and advanced ceramic products for foundry industry applications
Titaniuni and its alloys have many applications in aerospace, marine and other engineering industrie...
The Industries of the Future process is driven by industry. Through technology roadmaps, industry pa...
"ANDIJON ENERGO TAMIRLASH" LLC was selected as a research enterprise based on the casting of materia...
Revitalizing manufacturing in the US is a hot topic, and the $1B National Network for Manufacturing ...
The JTEC Panel on Advanced Composites surveyed the status and future directions of Japanese high-per...
The review revealed that significant activity is under way in the research of amorphous metals, but ...
The historical background of the steel industry in Japan and particularly its development since the ...
Translated from Japanese (Tetsu-To-Hagane 1988 v. 74(11) p. 2061-2066)SIGLEAvailable from British Li...
Argonne is actively involved in the research and development of new materials research and developme...
Powder Technology Research Group has developed an innovative family of composite materials is presen...
Abstract: Nippon Steel is a multifaceted international corporation. Although they are traditionally ...
The research and development of Ti and its alloys as well as progress in Japan’s Ti industries and m...
The goal of this work is to analyse materials and technologies used in casting process in the automo...
The history of cast iron dates back long before the dawn of human civilization, which would not have...
Australian Magnesium Corporation (AMC) and the Cooperative Research Centre for Cast Metals Manufactu...
Titaniuni and its alloys have many applications in aerospace, marine and other engineering industrie...
The Industries of the Future process is driven by industry. Through technology roadmaps, industry pa...
"ANDIJON ENERGO TAMIRLASH" LLC was selected as a research enterprise based on the casting of materia...
Revitalizing manufacturing in the US is a hot topic, and the $1B National Network for Manufacturing ...
The JTEC Panel on Advanced Composites surveyed the status and future directions of Japanese high-per...
The review revealed that significant activity is under way in the research of amorphous metals, but ...
The historical background of the steel industry in Japan and particularly its development since the ...
Translated from Japanese (Tetsu-To-Hagane 1988 v. 74(11) p. 2061-2066)SIGLEAvailable from British Li...
Argonne is actively involved in the research and development of new materials research and developme...
Powder Technology Research Group has developed an innovative family of composite materials is presen...
Abstract: Nippon Steel is a multifaceted international corporation. Although they are traditionally ...
The research and development of Ti and its alloys as well as progress in Japan’s Ti industries and m...
The goal of this work is to analyse materials and technologies used in casting process in the automo...
The history of cast iron dates back long before the dawn of human civilization, which would not have...
Australian Magnesium Corporation (AMC) and the Cooperative Research Centre for Cast Metals Manufactu...
Titaniuni and its alloys have many applications in aerospace, marine and other engineering industrie...
The Industries of the Future process is driven by industry. Through technology roadmaps, industry pa...
"ANDIJON ENERGO TAMIRLASH" LLC was selected as a research enterprise based on the casting of materia...