COMPOSITF materials, especially metal matrix composite materials are possible substitutes for metals in use today. However, because they can possess extremely high strengths, moduli and excellent high temperature prop-erties they may be employed most profitably in applicat-ions which do not presently exist,since no present mat-erial has the required capabilities.In addition, their present high cost and very early stage of development make them unlikely candidates for materials substitut- ion in the context of this meeting. This paper is orie-nted more towards the development of composite materials for aerospace structures
Materials scientists express their interest in metal-matrix composites (MMC) in order to reach a hig...
Metal-based composites represent a unique way of tailoring the properties of metals, through the sel...
Metal Matrix Composites (MMC) have been broadly considered as an alternative for the engineering mat...
The potential of metal matrix composites is discussed, after an introduction to the underlying princ...
This paper reviews the world wide upsurge in metal matrix composite research and development activi...
Metal matrix composites were developed from the 1960s in order to combine metal properties (ductilit...
This paper reviews the world wide upsurge in metal matrix composite research and development activi...
This paper reviews the world wide upsurge in metal matrix composite research and development activi...
This paper reviews the world wide upsurge in metal matrix composite research and development activi...
This paper reviews the world wide upsurge in metal matrix composite research and development activi...
Metal matrix composites were developed from the 1960s in order to combine metal properties (ductilit...
Composite metal matrix materials reinforced with polycrystalline ceramic and metal fiber
The unique tailorability of the composites to meet the required properties has made them as advanced...
The study was conducted to investigate the general properties and processing methods of metal matrix...
Composite materials are widely used in Aerospace and Automotive domains since quite a long time now....
Materials scientists express their interest in metal-matrix composites (MMC) in order to reach a hig...
Metal-based composites represent a unique way of tailoring the properties of metals, through the sel...
Metal Matrix Composites (MMC) have been broadly considered as an alternative for the engineering mat...
The potential of metal matrix composites is discussed, after an introduction to the underlying princ...
This paper reviews the world wide upsurge in metal matrix composite research and development activi...
Metal matrix composites were developed from the 1960s in order to combine metal properties (ductilit...
This paper reviews the world wide upsurge in metal matrix composite research and development activi...
This paper reviews the world wide upsurge in metal matrix composite research and development activi...
This paper reviews the world wide upsurge in metal matrix composite research and development activi...
This paper reviews the world wide upsurge in metal matrix composite research and development activi...
Metal matrix composites were developed from the 1960s in order to combine metal properties (ductilit...
Composite metal matrix materials reinforced with polycrystalline ceramic and metal fiber
The unique tailorability of the composites to meet the required properties has made them as advanced...
The study was conducted to investigate the general properties and processing methods of metal matrix...
Composite materials are widely used in Aerospace and Automotive domains since quite a long time now....
Materials scientists express their interest in metal-matrix composites (MMC) in order to reach a hig...
Metal-based composites represent a unique way of tailoring the properties of metals, through the sel...
Metal Matrix Composites (MMC) have been broadly considered as an alternative for the engineering mat...