Characterization of the Damage Mechanism of Composites against Low Velocity Ballistic Impact Using Computed Tomography (CT) Techniques-Crimson Publishers
Characterization of the Damage Mechanism of Composites against LowVelocity Ballistic Impact Using Computed Tomography (CT) Techniques by Tarık Baykara in Research & Development in Material Science
Low velocity impact damages are particularly considered as risky and dangerous since the detection of the damage from the surface is almost impossible for extensive evaluation. The mechanisms of penetration and damage for E-glass reinforced polyester resin composite which was hit by a low velocity projectile has been investigated using computed tomography (CT) scanning techniques. Laminated, 11 mm thick plates with [0°/90°] ply architecture with 18 layers were impacted by a 9x19mm FMJ Round Nose 8g bullet with a speed of 380m/s.
https://crimsonpublishers.com/rdms/fulltext/RDMS.000522.php
Low velocity impact damages are particularly considered as risky and dangerous since the detection of the damage from the surface is almost impossible for extensive evaluation. The mechanisms of penetration and damage for E-glass reinforced polyester resin composite which was hit by a low velocity projectile has been investigated using computed tomography (CT) scanning techniques. Laminated, 11 mm thick plates with [0°/90°] ply architecture with 18 layers were impacted by a 9x19mm FMJ Round Nose 8g bullet with a speed of 380m/s.
https://crimsonpublishers.com/rdms/fulltext/RDMS.000522.php
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