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Processing of titanium–titanium boride dual matrix composites
Journal of Materials Processing Technology, 2008Abstract Discontinuously reinforced titanium (Ti)–titanium boride whisker (TiB w ) composites are emerging as strong candidate materials for advanced applications within the automotive, aerospace and defense industries. Although increasing TiB w volume fraction has been shown to significantly improve the specific stiffness and wear resistance of ...
K Morsi, J E Garay
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Process Modeling for Titanium Aluminide Matrix Composites
MRS Proceedings, 1992 ABSTRACTConsolidation of continuous fiber-reinforced titanium aluminide matrix composites (TMC) by the foil/fiber/foil method has traditionally taken an empirical approach utilizing processing cycles derived by simple trial and error. In an effort to reduce the empirical nature of producing TMC, a simple but effective analytical approach is employed ...
C. C. Bampton +3 more
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2020
Because of their unique mix of properties and behavior in high-performance applications, Titanium Matrix Composites are presently the focus of special research and development activity. This new book presents a review of current technology on the mechanical behavior of these materials.
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Because of their unique mix of properties and behavior in high-performance applications, Titanium Matrix Composites are presently the focus of special research and development activity. This new book presents a review of current technology on the mechanical behavior of these materials.
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2003
Titanium matrix composites (TMCs) consist of a titanium matrix containing continuous reinforcing fibers. Development of these materials began more than 20 years ago when the primary reinforcing fiber being considered was boron. Since then, TMCs have evolved and have been improved with the availability of SiC fibers.
Gerd Lütjering, James C. Williams
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Titanium matrix composites (TMCs) consist of a titanium matrix containing continuous reinforcing fibers. Development of these materials began more than 20 years ago when the primary reinforcing fiber being considered was boron. Since then, TMCs have evolved and have been improved with the availability of SiC fibers.
Gerd Lütjering, James C. Williams
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Developments in Titanium Metal Matrix Composites
JOM, 1984A review is given of developments in the titanium metal matrix composites (MMC) area over the past two decades. Particular topics of discussion include: fibers, matrices, fabrication techniques, mechanical properties of both the fiber and composite, and fractography. It is demonstrated that the increased metallurgical understanding of the composite has
Paul R. Smith, F. H. Froes
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Optimizing the consolidation of titanium matrix composites
Acta Materialia, 1997Abstract The high temperature consolidation of fiber reinforced metal matrix composite preforms seeks to eliminate matrix porosity (i.e. to increase the relative density) while simultaneously minimizing fiber microbending/fracture and the growth of reaction products at the fiber-matrix interface.
Ravi Vancheeswaran +2 more
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Interfacial reactions in titanium matrix composites
Journal of Materials Science Letters, 1991This letter presents some results of a study undertaken to determine the processing conditions necessary to produce acceptable composite microstructures using a variety of fibres and alloys, and to characterize the development of the interfacial reaction ...
I. W. Hall, J. -L. Lirn, J. Rizza
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Investment Casting of Titanium Matrix Composites
Materials Science Forum, 2005The aim of the present work is to investigate the possibility of in-situ synthesis and net-shape of the titanium matrix composites (TMCs) using a casting route. From the scanning electron microscopy (SEM), electron probe micro-analyzer (EPMA), X-ray diffraction (XRD) and thermodynamic calculations, the spherical TiC and needle like TiB reinforced ...
Si Young Sung +3 more
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Alloy Digest, 1997
Abstract 3M TITANIUM MATRIX COMPOSITES are produced by electron-beam evaporation to apply Ti-6Al-4V coating to high-strength, high-modulus silicon carbon fibers. The resulting composite has increased strength and stiffness over monolithic titanium/titanium alloy parts.
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Abstract 3M TITANIUM MATRIX COMPOSITES are produced by electron-beam evaporation to apply Ti-6Al-4V coating to high-strength, high-modulus silicon carbon fibers. The resulting composite has increased strength and stiffness over monolithic titanium/titanium alloy parts.
openaire +1 more source