Add to ORKGTi/SiCf MMC monotapes have been successfully fabricated by vacuum plasma spraying. The as-sprayed MMC monotapes have a uniform fibre distribution, dense matrix and no fibre-matrix interfacial reaction. The effects of processing parameters such as H2 flow rate, plasma current, chamber pressure and spray distance on the monotape temperature, porosity and fibre infiltration have been evaluated quantitatively. The mechanism of fibre infiltration is discussed in detail
Titanium metal matrix composites (TiMMCs) reinforced by continuous silicon carbide fibres are being ...
A concurrent fibre winding and low pressure plasma spraying (LPPS) process has been developed to man...
In this paper we investigate the incorporation of hydrogen as a temporary alloying element during va...
Ti/SiCf MMC monotapes have been successfully fabricated by vacuum plasma spraying. The as-sprayed MM...
Ti/SiCf MMC monotapes have been successfully fabricated by vacuum plasma spraying. The as-sprayed MM...
TiISiC, MMC monotapes have been successfully fabricated by vacuum plasma spraying. The as-sprayed MM...
Spray-forming is a possible manufacturing route for the fabrication of Ti alloy fibre-reinforced met...
A fabrication method for titanium matrix composite monotapes reinforced by long SiC fibers is descri...
The mechanical behaviour of uncoated and TiBx/C coated continuous DRA SIGMA SiC fibres during manufa...
Vacuum plasma spraying (VPS) and vacuum hot pressing (VHP) have been used to fabricate Ti-6Al-4V mat...
The extent of interfacial reaction after short-term thermal exposure during vacuum plasma spraying (...
Advanced titanium alloy metal matrix composites offer significant mechanical improvements over many ...
The present work is focused on the fabrication of long fibre reinforced titanium composites by hot p...
The present work has been focussed on the fabrication of long fibre reinforced titanium composites b...
Fabrication of a preliminary continuous Sigma 1140 + SiC fibre reinforced MoSi2 composite monotape b...
Titanium metal matrix composites (TiMMCs) reinforced by continuous silicon carbide fibres are being ...
A concurrent fibre winding and low pressure plasma spraying (LPPS) process has been developed to man...
In this paper we investigate the incorporation of hydrogen as a temporary alloying element during va...
Ti/SiCf MMC monotapes have been successfully fabricated by vacuum plasma spraying. The as-sprayed MM...
Ti/SiCf MMC monotapes have been successfully fabricated by vacuum plasma spraying. The as-sprayed MM...
TiISiC, MMC monotapes have been successfully fabricated by vacuum plasma spraying. The as-sprayed MM...
Spray-forming is a possible manufacturing route for the fabrication of Ti alloy fibre-reinforced met...
A fabrication method for titanium matrix composite monotapes reinforced by long SiC fibers is descri...
The mechanical behaviour of uncoated and TiBx/C coated continuous DRA SIGMA SiC fibres during manufa...
Vacuum plasma spraying (VPS) and vacuum hot pressing (VHP) have been used to fabricate Ti-6Al-4V mat...
The extent of interfacial reaction after short-term thermal exposure during vacuum plasma spraying (...
Advanced titanium alloy metal matrix composites offer significant mechanical improvements over many ...
The present work is focused on the fabrication of long fibre reinforced titanium composites by hot p...
The present work has been focussed on the fabrication of long fibre reinforced titanium composites b...
Fabrication of a preliminary continuous Sigma 1140 + SiC fibre reinforced MoSi2 composite monotape b...
Titanium metal matrix composites (TiMMCs) reinforced by continuous silicon carbide fibres are being ...
A concurrent fibre winding and low pressure plasma spraying (LPPS) process has been developed to man...
In this paper we investigate the incorporation of hydrogen as a temporary alloying element during va...