Add to ORKGA study is made of the possibility of reinforcing aluminum and aluminum based alloys with fibers made of high strength steel wire. The method of introducing the fibers is described in detail. Additional strengthening by reinforcement of the high alloy system Al - An - Mg was investigated
Brazing aluminum to titanium coated stainless steel to minimize formation of intermetallic compounds...
Mechanical properties, after thermal treatments, are summarized for sheet and plate of copper-rich, ...
Technique developed for incorporating alumina and silicon carbide fibers in cobalt base alloy for ap...
Metal fiber reinforced superalloys are being considered for construction of critical components in t...
Factors affecting tensile strength of ductile metals reinforced with short, brittle fiber
The effective fiber strength of alumina fibers in an aluminum composite was increased to 173,000 psi...
Reinforcement of ductile aluminum and epoxies with brittle high modulus filament
Description of method for producing metallic composites reinforced with ceramic and refractory hard ...
Composite plate of fine steel wires imbedded in an aluminum alloy matrix results in a lightweight ma...
Effects of composition and thermal treatment on aluminum copper, and aluminum zinc magnesium alloy
Residual stress, strength, and toughness response of high strength aluminum alloys subjected to time...
Production of small diameter refractory metal alloy wires for superalloy reinforcemen
In order to determine their strength potential, the fracture properties of different types of commer...
Aluminum-based light-weight materials offer great potential for novel engineering applications, part...
This is the final report of the study "Aluminum-Based Materials for High Speed Aircraft" which had t...
Brazing aluminum to titanium coated stainless steel to minimize formation of intermetallic compounds...
Mechanical properties, after thermal treatments, are summarized for sheet and plate of copper-rich, ...
Technique developed for incorporating alumina and silicon carbide fibers in cobalt base alloy for ap...
Metal fiber reinforced superalloys are being considered for construction of critical components in t...
Factors affecting tensile strength of ductile metals reinforced with short, brittle fiber
The effective fiber strength of alumina fibers in an aluminum composite was increased to 173,000 psi...
Reinforcement of ductile aluminum and epoxies with brittle high modulus filament
Description of method for producing metallic composites reinforced with ceramic and refractory hard ...
Composite plate of fine steel wires imbedded in an aluminum alloy matrix results in a lightweight ma...
Effects of composition and thermal treatment on aluminum copper, and aluminum zinc magnesium alloy
Residual stress, strength, and toughness response of high strength aluminum alloys subjected to time...
Production of small diameter refractory metal alloy wires for superalloy reinforcemen
In order to determine their strength potential, the fracture properties of different types of commer...
Aluminum-based light-weight materials offer great potential for novel engineering applications, part...
This is the final report of the study "Aluminum-Based Materials for High Speed Aircraft" which had t...
Brazing aluminum to titanium coated stainless steel to minimize formation of intermetallic compounds...
Mechanical properties, after thermal treatments, are summarized for sheet and plate of copper-rich, ...
Technique developed for incorporating alumina and silicon carbide fibers in cobalt base alloy for ap...