The effective fiber strength of alumina fibers in an aluminum composite was increased to 173,000 psi. A high temperature heat treatment, combined with a glassy carbon surface coating, was used to prevent degradation and improve fiber tensile strength. Attempts to achieve chemical strengthening of the alumina fiber by chromium oxide and boron oxide coatings proved unsuccessful. A major problem encountered on the program was the low and inconsistent strength of the Dupont Fiber FP used for the investigation
The effects of fabrication and long term thermal exposure (up to 10,000 hours at 590 K) on two types...
The fabrication of boron filaments and the production of composite materials consisting of boron fil...
An experimental investigation of the mechanical properties and microstructure of an aluminum matrix/...
In order to determine their strength potential, the fracture properties of different types of commer...
A study is made of the possibility of reinforcing aluminum and aluminum based alloys with fibers mad...
This document has been reproduced from the best copy furnished by the organizational source. It is b...
Factors affecting tensile strength of ductile metals reinforced with short, brittle fiber
The variation of ultimate tensile strength with thermal treatment of B-Al composite materials and of...
The mechanical fabrication of low volume percent fiber, polycrystalline alumina fiber reinforced alu...
Reinforcement of ductile aluminum and epoxies with brittle high modulus filament
An investigation was conducted to measure and understand the physical and mechanical effects that oc...
The mechanical properties of FP-Al2O3 fiber reinforced composites prepared by liquid infiltration te...
The effects of high temperatures on the structural properties of fiber composite materials for use i...
The high temperature properties of boron/aluminum composites, fabricated by an air diffusion bonding...
Results are presented of a program to develop and evaluate mullite fiber with a mean diameter under ...
The effects of fabrication and long term thermal exposure (up to 10,000 hours at 590 K) on two types...
The fabrication of boron filaments and the production of composite materials consisting of boron fil...
An experimental investigation of the mechanical properties and microstructure of an aluminum matrix/...
In order to determine their strength potential, the fracture properties of different types of commer...
A study is made of the possibility of reinforcing aluminum and aluminum based alloys with fibers mad...
This document has been reproduced from the best copy furnished by the organizational source. It is b...
Factors affecting tensile strength of ductile metals reinforced with short, brittle fiber
The variation of ultimate tensile strength with thermal treatment of B-Al composite materials and of...
The mechanical fabrication of low volume percent fiber, polycrystalline alumina fiber reinforced alu...
Reinforcement of ductile aluminum and epoxies with brittle high modulus filament
An investigation was conducted to measure and understand the physical and mechanical effects that oc...
The mechanical properties of FP-Al2O3 fiber reinforced composites prepared by liquid infiltration te...
The effects of high temperatures on the structural properties of fiber composite materials for use i...
The high temperature properties of boron/aluminum composites, fabricated by an air diffusion bonding...
Results are presented of a program to develop and evaluate mullite fiber with a mean diameter under ...
The effects of fabrication and long term thermal exposure (up to 10,000 hours at 590 K) on two types...
The fabrication of boron filaments and the production of composite materials consisting of boron fil...
An experimental investigation of the mechanical properties and microstructure of an aluminum matrix/...