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Design and Ballistic Performance of Hybrid Composite Laminates
by
Curtis, Paul
, Ćwik, Tomasz K.
, Iannucci, Lorenzo
, Pope, Dan
in
Antiballistic materials
/ Characterization and Evaluation of Materials
/ Chemistry and Materials Science
/ Classical Mechanics
/ Fiber reinforced materials
/ Hybrid composites
/ Industrial Chemistry/Chemical Engineering
/ Laminates
/ Materials Science
/ Polymer Sciences
/ Projectiles
/ Shear thickening (liquids)
2017
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Design and Ballistic Performance of Hybrid Composite Laminates
by
Curtis, Paul
, Ćwik, Tomasz K.
, Iannucci, Lorenzo
, Pope, Dan
in
Antiballistic materials
/ Characterization and Evaluation of Materials
/ Chemistry and Materials Science
/ Classical Mechanics
/ Fiber reinforced materials
/ Hybrid composites
/ Industrial Chemistry/Chemical Engineering
/ Laminates
/ Materials Science
/ Polymer Sciences
/ Projectiles
/ Shear thickening (liquids)
2017
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Do you wish to request the book?
Design and Ballistic Performance of Hybrid Composite Laminates
by
Curtis, Paul
, Ćwik, Tomasz K.
, Iannucci, Lorenzo
, Pope, Dan
in
Antiballistic materials
/ Characterization and Evaluation of Materials
/ Chemistry and Materials Science
/ Classical Mechanics
/ Fiber reinforced materials
/ Hybrid composites
/ Industrial Chemistry/Chemical Engineering
/ Laminates
/ Materials Science
/ Polymer Sciences
/ Projectiles
/ Shear thickening (liquids)
2017
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Design and Ballistic Performance of Hybrid Composite Laminates
Journal Article
Design and Ballistic Performance of Hybrid Composite Laminates
2017
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Overview
This paper presents an initial design assessment of a series of novel, cost-effective, and hybrid composite materials for applications involving high velocity impacts. The proposed hybrid panels were designed in order to investigate various physical phenomenon occurring during high velocity impact on compliant laminates from a previous study on Dyneema® and Spectra®. In the first, screening phase of the study twenty different hybrid composite laminates were impacted with 20 mm Fragment Simulating Projectiles at 1 km/s striking velocity. The best performing concepts were put forward to phase II with other hybrid concepts involving shear thickening fluids, commonly used in low velocity impacts. The results indicated that it is possible to design hybrid laminates of similar ballistic performance as the reference Dyneema® laminate, but with lower material costs. The optimal hybrid concept involves a fibre reinforced Polypropylene front and a Dyneema® backing.
Publisher
Springer Netherlands,Springer Nature B.V
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