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A Review on Impact Analysis of Composite Armor

Ajay Kumar Singh, Vikash Dwivedi

Abstract


Understanding the type of wave generated in a faulty region is important when using one of the main non-destructive testing tools, ultrasonic research. Recent dispersed research demonstrates that because of their low impact execution, layered composites have limited uses in cutting-edge auxiliary frameworks. The purpose of this inquiry is to provide new scientists who are working on ballistic-related topics with broad information on the most frequently used materials and ballistic test methods. Similarly, to summarise the ideas related to recreation tactics, such as Fibre Metal Laminate and numerical approaches, which are most commonly used in ballistics. Last but not least, it is to enlighten them by making suggestions to the future ballistics professionals. This review work is focused on the impact resistance and infiltration behaviour of composites enhanced with strands as well as their suitability for current fundamental applications. Following a thorough examination of the verifiable development of composite overlays, the contributions of renowned experts are evaluated. Surveys on distributed trials, numerical analysis, and explanatory work on the impact of composite coverings at low speeds are also provided.


Keywords


Ultrasonic, Ballistic, Fibre Metal Laminate, ANSYS, AE sensors

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References


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DOI: https://doi.org/10.37591/tmet.v13i1.7059

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