Evaluation of the Mechanical Performance and Commercial Opportunities of Thick Basalt Composite Structures

E Archer, S Buchanan, S Kirby, AT McIlhagger

Research output: Chapter in Book/Report/Conference proceedingConference contribution

Abstract

New basalt fibre composite applications could be commercialised due to the potential low cost of this material together with its good mechanical performance, in particular at high temperature. In this work the possibility to replace glass fibre was investigated where mechanical tests were carried out on E-glass and basalt fibre reinforced plastic laminates. The basalt laminates tested were manufactured using press forming and the E-glass laminates were manufactured using a VaRTM method. The results obtained on the two fibre laminates were compared showing improved performance of the basalt material in terms of tensile modulus. Furthermore, compression after impact strength (CAI) was obtained for the 15mm thick basalt laminates. These properties suggest possible applications of basalt fibres in fields where glass composites are nowadays largely dominant.
LanguageEnglish
Title of host publicationUnknown Host Publication
Number of pages5
Publication statusPublished - 29 Aug 2012
EventInternational Manufacturing Conference, IMC29 - Belfast
Duration: 29 Aug 2012 → …

Conference

ConferenceInternational Manufacturing Conference, IMC29
Period29/08/12 → …

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Basalt
Composite structures
Laminates
Glass
Fibers
Plastic laminates
Fiber reinforced plastics
Composite materials
Impact strength
Glass fibers
Compaction
Elastic moduli
Costs

Cite this

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title = "Evaluation of the Mechanical Performance and Commercial Opportunities of Thick Basalt Composite Structures",
abstract = "New basalt fibre composite applications could be commercialised due to the potential low cost of this material together with its good mechanical performance, in particular at high temperature. In this work the possibility to replace glass fibre was investigated where mechanical tests were carried out on E-glass and basalt fibre reinforced plastic laminates. The basalt laminates tested were manufactured using press forming and the E-glass laminates were manufactured using a VaRTM method. The results obtained on the two fibre laminates were compared showing improved performance of the basalt material in terms of tensile modulus. Furthermore, compression after impact strength (CAI) was obtained for the 15mm thick basalt laminates. These properties suggest possible applications of basalt fibres in fields where glass composites are nowadays largely dominant.",
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Archer, E, Buchanan, S, Kirby, S & McIlhagger, AT 2012, Evaluation of the Mechanical Performance and Commercial Opportunities of Thick Basalt Composite Structures. in Unknown Host Publication. International Manufacturing Conference, IMC29, 29/08/12.

Evaluation of the Mechanical Performance and Commercial Opportunities of Thick Basalt Composite Structures. / Archer, E; Buchanan, S; Kirby, S; McIlhagger, AT.

Unknown Host Publication. 2012.

Research output: Chapter in Book/Report/Conference proceedingConference contribution

TY - GEN

T1 - Evaluation of the Mechanical Performance and Commercial Opportunities of Thick Basalt Composite Structures

AU - Archer, E

AU - Buchanan, S

AU - Kirby, S

AU - McIlhagger, AT

PY - 2012/8/29

Y1 - 2012/8/29

N2 - New basalt fibre composite applications could be commercialised due to the potential low cost of this material together with its good mechanical performance, in particular at high temperature. In this work the possibility to replace glass fibre was investigated where mechanical tests were carried out on E-glass and basalt fibre reinforced plastic laminates. The basalt laminates tested were manufactured using press forming and the E-glass laminates were manufactured using a VaRTM method. The results obtained on the two fibre laminates were compared showing improved performance of the basalt material in terms of tensile modulus. Furthermore, compression after impact strength (CAI) was obtained for the 15mm thick basalt laminates. These properties suggest possible applications of basalt fibres in fields where glass composites are nowadays largely dominant.

AB - New basalt fibre composite applications could be commercialised due to the potential low cost of this material together with its good mechanical performance, in particular at high temperature. In this work the possibility to replace glass fibre was investigated where mechanical tests were carried out on E-glass and basalt fibre reinforced plastic laminates. The basalt laminates tested were manufactured using press forming and the E-glass laminates were manufactured using a VaRTM method. The results obtained on the two fibre laminates were compared showing improved performance of the basalt material in terms of tensile modulus. Furthermore, compression after impact strength (CAI) was obtained for the 15mm thick basalt laminates. These properties suggest possible applications of basalt fibres in fields where glass composites are nowadays largely dominant.

M3 - Conference contribution

BT - Unknown Host Publication

ER -