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In order to further improve mechanical properties of composites such as energy absorption, damage resistance, fatigue properties and further reduced weight, the hybrid composite was developed.
Energy absorption, damage extension and failure mechanisms are compared to assess additive and cumulative effects in high velocity impact scenarios.
The range of design criteria for composites within the assembly is broader, however, also covering impact energy absorption, damage resistance, fatigue durability, and environmental tolerance.
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The interface deformation, impact energy absorption, and damage behavior were investigated in terms of the influence of the support angle, tube length, and the initial impact energy.
The evolution of a penetration resistance force, energy absorption and damage with time during the impact process was predicted.
Energy absorption capability, damage extension and failure mechanism have been quantified and reported.
The chapter also studies energy absorption capacity, damage mechanism, and structural behavior according to the design modification for VLCC.
This study explores the crushing characteristics involving energy absorption and damage behaviors of three different configurations of hybrid aluminum/CFRP under quasi-static axial loading.
The velocity and acceleration-time histories of projectile along with ballistic limit, energy absorption and damage pattern in target plate are presented.
Electric field distribution, defect, film absorption, and damage morphology are investigated, and the results indicate that electric field distribution in high index layers is the main reason that causes the difference of laser induced damage threshold.
Another impact test was carried out for finding the more effective wrapping configuration between three different wrapping designs of the FFRP strengthened CFRC slab, and their parameters, i.e. impact force history, strain history of FFRP, deflection history, energy absorption and damage pattern were discussed to evaluate the impact resistance.
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