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Fire performance & mechanical property characterization of a phenolic matrix syntactic foam core material for composite sandwich structures

Tessier, N.J.

This paper details the characterization of a phenolic matrix, quasi-syntactic foam, Alba-Core(registered trademark), for use as a Low FST core material for US Navy composite structures. Both mechanical properties and fire performance results, as tested via MIL-S-2031, are presented for the phenolic matrix syntactic foam and a candidate composite sandwich structure fabricated from said core. One area of focus for this paper is the work accomplished in improving peel strength of composite sandwich structures fabricated from Alba-Core(registered trademark). These results show the potential for this core material to meet both structural and fire performance requirements for use in composite applications where Low FST is demanded.

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Fire performance & mechanical property characterization of a phenolic matrix syntactic foam core material for composite sandwich structures

Tessier, N.J.

This paper details the characterization of a phenolic matrix, quasi-syntactic foam, Alba-Core(registered trademark), for use as a Low FST core material for US Navy composite structures. Both mechanical properties and fire performance results, as tested via MIL-S-2031, are presented for the phenolic matrix syntactic foam and a candidate composite sandwich structure fabricated from said core. One area of focus for this paper is the work accomplished in improving peel strength of composite sandwich structures fabricated from Alba-Core(registered trademark). These results show the potential for this core material to meet both structural and fire performance requirements for use in composite applications where Low FST is demanded.

Fire performance & mechanical property characterization of a phenolic matrix syntactic foam core material for composite sandwich structures

Tessier, N.J.

This paper details the characterization of a phenolic matrix, quasi-syntactic foam, Alba-Core(registered trademark), for use as a Low FST core material for US Navy composite structures. Both mechanical properties and fire performance results, as tested via MIL-S-2031, are presented for the phenolic matrix syntactic foam and a candidate composite sandwich structure fabricated from said core. One area of focus for this paper is the work accomplished in improving peel strength of composite sandwich structures fabricated from Alba-Core(registered trademark). These results show the potential for this core material to meet both structural and fire performance requirements for use in composite applications where Low FST is demanded.

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Title:

Fire performance & mechanical property characterization of a phenolic matrix syntactic foam core material for composite sandwich structures

Contributors:

Tessier, N.J. (author)

Published in:

2001 - a Materials and Processes Odyssey, International SAMPE Symposium and Exhibition, 46 ; 2593-2599

International SAMPE Symposium and Exhibition (Proceedings) ; 46 II

Publication date:

2001

Size:

7 Seiten

Type of media:

Conference paper

Type of material:

Print

Language:

English

Keywords:

Phenolharz , Verbundbauteil , Entflammbarkeitsprüfung , Schaum , Sandwich-Bauweise , mechanische Eigenschaft

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