A novel amorphous thermoplastic polyimide (PTI) is being developed as a potential matrix resin for advanced composites. This paper describes the manufacture of the resin, prepreg, and processing of the composite. The chemical and physical behavior of the resin during the processing was determined by infrared spectroscopy and rheology. The influence of processing conditions on the composite properties was investigated. Mechanical properties of the unidirectional carbon fiber/PTI laminates were also presented
A model electrochemical process for synthesizing thick thermoplastic matrix coatings of poly(maleimi...
A model electrochemical process for synthesizing thick thermoplastic matrix coatings of poly(maleimi...
A model electrochemical process for synthesizing thick thermoplastic matrix coatings of poly(maleimi...
Currently, it is important to manufacture thermoplastic advanced composites with high mechanical and...
Recent work in high temperature materials at NASA Langley Research Center (LaRCª) have led to the de...
fibers and polyimide matrix resin derived from 4,4-methylenediamine (MDA), p-phenylenediamine (p-PDA...
Recent work in high temperature materials at NASA Langley Research Center (LaRC^TM) have led to the ...
Abstract. LARCTM-SCI (Langley Research Center- Semi-Crystaline polyImide) is an aromatic polyimide b...
The aqueous suspension prepregging technique was used to fabricate PEEK and PPS matrix composites wi...
With the goal of improving processability of imide oligomers and achieving of high temperature carbo...
This experimental study examines the role of formulated molecular weight between crosslink sites on ...
163 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1987.Although thermoplastic matrix...
A new matrix resin system, consisting of a commercially available cyanate ester, an oligomeric pheny...
ABSTRACT: The thermal properties, particularly the viscoelastic properties, of a carbon-fiber-reinfo...
Graphite/polyimide composite materials are attractive candidates for a wide range of aerospace appli...
A model electrochemical process for synthesizing thick thermoplastic matrix coatings of poly(maleimi...
A model electrochemical process for synthesizing thick thermoplastic matrix coatings of poly(maleimi...
A model electrochemical process for synthesizing thick thermoplastic matrix coatings of poly(maleimi...
Currently, it is important to manufacture thermoplastic advanced composites with high mechanical and...
Recent work in high temperature materials at NASA Langley Research Center (LaRCª) have led to the de...
fibers and polyimide matrix resin derived from 4,4-methylenediamine (MDA), p-phenylenediamine (p-PDA...
Recent work in high temperature materials at NASA Langley Research Center (LaRC^TM) have led to the ...
Abstract. LARCTM-SCI (Langley Research Center- Semi-Crystaline polyImide) is an aromatic polyimide b...
The aqueous suspension prepregging technique was used to fabricate PEEK and PPS matrix composites wi...
With the goal of improving processability of imide oligomers and achieving of high temperature carbo...
This experimental study examines the role of formulated molecular weight between crosslink sites on ...
163 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1987.Although thermoplastic matrix...
A new matrix resin system, consisting of a commercially available cyanate ester, an oligomeric pheny...
ABSTRACT: The thermal properties, particularly the viscoelastic properties, of a carbon-fiber-reinfo...
Graphite/polyimide composite materials are attractive candidates for a wide range of aerospace appli...
A model electrochemical process for synthesizing thick thermoplastic matrix coatings of poly(maleimi...
A model electrochemical process for synthesizing thick thermoplastic matrix coatings of poly(maleimi...
A model electrochemical process for synthesizing thick thermoplastic matrix coatings of poly(maleimi...