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Faraday Special Discussions of the Chemical Society Vol -2

Friction and adhesion. Surface forces in friction and adhesion

A theoretical explanation of the lowering of frictional forces with layer height of long chain polar lubricants

Strength and failure patterns of metal–metal adhesives

Nature of the deformation and flow of metals at and near the interface during abrasion, and its relation to the friction

General discussion ( Faraday Special Discussions of the Chemical Society Vol -2 )

Composite materials I. Fibre reinforced composite materials. An introductory review

Static and fatigue failure of glass fibre reinforced polyster resins under complex stress conditions

Fracture toughness studies of fibre reinforced plastic laminates

Transverse crack propagation in fibre reinforced composites

Some problems of design in fibre reinforced materials

General discussion ( Faraday Special Discussions of the Chemical Society Vol -2 )

Morphology and mechanical properties of a rubber reinforced composite

Interface morphology and mechanical properties of unidirectional fibre reinforced nylon 6

Some interfacial problems in metal matrix—carbon fibre composites

Effect of surface treatments on the interfacial bond strength in glass fibre-polyester resin systems

Reinforcement of thermoplastics using carbon fibres

General discussion ( Faraday Special Discussions of the Chemical Society Vol -2 )

Electrodeposited and other coatings. Solid-solid interfaces—electrodeposited and dynamic coatings

Epitaxy of nickel electrodeposits on a copper (110) face, from a sulphamate bath, in relation to rate of deposition, deposit thickness, degree of stirring, and bath temperature

Interface crystallography of iron-group metals and alloys electrodeposited on copper

Mechanism of formation and some surface characteristics of thin polymer films formed on metal surfaces by electron bombardment

Mechanical degradation of thin polystyrene films

General discussion ( Faraday Special Discussions of the Chemical Society Vol -2 )

Author index

Reinforcement of thermoplastics using carbon fibres

Content Provider	Royal Society of Chemistry (RSC)
Author	Bowyer, W. H. Bader, M. G.
Copyright Year	1972
Abstract	The tensile mechanical properties of carbon fibre reinforced nylon 6.6 and polypropylene have been studied. Two distinct ranges of fibre length and a range of fibre volume fraction from 0 to 0.2 have been examined in each matrix. Longer fibres are more effective in improving strength and stiffness than are equivalent fractions of short fibres. The fibre matrix bond strengths are higher than the yield strength of unfilled matrix for both systems and it is suggested that this is due to a modification in matrix structure occurring at the fibre/matrix interface. A critical fibre length exists such that fibres of critical length or longer strain by the same amount as the matrix at their centres. The value of critical length is related to the strain in the matrix and the fibre matrix bond strength. Fibres which are subcritical in length carry a constant stress, and fibres which become subcritical by fracture continue to carry stress at the level appropriate to their new length as strain increases. Some specimens of each material failed at strains which exceed the mean fibre failure strain. In these cases considerable multiple fracture of the fibres occurred. In specimens failing below the mean fibre fracture strain less fibre breakdown occurred. It is suggested that failure in these composites may be initiated in the matrix and not by fibre fracture.
Starting Page	165
Ending Page	173
Page Count	9
File Format	PDF
ISSN	03709302
Volume Number	2
Journal	Faraday Special Discussions of the Chemical Society
DOI	10.1039/S19720200165
Language	English
Publisher	Royal Society of Chemistry
Access Restriction	Open
Subject Keyword	Carbon fiber reinforced polymer Nylon 66 Polypropylene Composite material Young's modulus Chemical bond Yield (engineering)
Content Type	Text
Resource Type	Article

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