The University of Manitoba

Published purpose

The project aims to develop advanced high strength materials in the form of nanostructured and high-entropy alloys, with enhanced mechanical properties, to improve the resistance to damage from high velocity ballistics and shrapnel projectiles by developing functionally-graded (FG) materials and structures which will replace the heavy ceramic-metal polymer layers in current armour. Artificial neural network learning will be used to study the influence material sequence in FG structures with different geometries that will be designed for enhanced energy absorption and resistance to damage under various forms of ballistic loading conditions. New materials in form of metallic glass will be developed as coatings from protection against degradation through wear and corrosion damage.