'Laminated matrix' composites offer improved strength and toughness to expand uses for high-temperature parts

W. Jack Lackey; Sundar Vaidyaraman; Karren L. More

'Laminated matrix' composites offer improved strength and toughness to expand uses for high-temperature parts

W. Jack Lackey, Sundar Vaidyaraman, Karren L. More

Research output: Contribution to specialist publication › Article

Abstract

The Georgia Institute of Technology developed a new type of material system called 'laminated matrix', by applying thin layers of matrix materials to traditional reinforcement structures. The material system is believed to be tougher and stronger that conventional fiber-reinforced composites. With these features, these laminated matrix composites could replace metals in applications requiring high-temperature high-strength materials.

Original language	English
Pages	2
Number of pages	2
Volume	63
No	4
Specialist publication	Industrial Heating
State	Published - Apr 1996
Externally published	Yes

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title = "'Laminated matrix' composites offer improved strength and toughness to expand uses for high-temperature parts",

abstract = "The Georgia Institute of Technology developed a new type of material system called 'laminated matrix', by applying thin layers of matrix materials to traditional reinforcement structures. The material system is believed to be tougher and stronger that conventional fiber-reinforced composites. With these features, these laminated matrix composites could replace metals in applications requiring high-temperature high-strength materials.",

author = "Lackey, {W. Jack} and Sundar Vaidyaraman and More, {Karren L.}",

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AU - Lackey, W. Jack

AU - Vaidyaraman, Sundar

AU - More, Karren L.

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N2 - The Georgia Institute of Technology developed a new type of material system called 'laminated matrix', by applying thin layers of matrix materials to traditional reinforcement structures. The material system is believed to be tougher and stronger that conventional fiber-reinforced composites. With these features, these laminated matrix composites could replace metals in applications requiring high-temperature high-strength materials.

AB - The Georgia Institute of Technology developed a new type of material system called 'laminated matrix', by applying thin layers of matrix materials to traditional reinforcement structures. The material system is believed to be tougher and stronger that conventional fiber-reinforced composites. With these features, these laminated matrix composites could replace metals in applications requiring high-temperature high-strength materials.

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M3 - Article

AN - SCOPUS:0030127535

SN - 0019-8374

VL - 63

SP - 2

JO - Industrial Heating

JF - Industrial Heating

ER -

'Laminated matrix' composites offer improved strength and toughness to expand uses for high-temperature parts

Abstract

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