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Explosive cladding is a solid state process in which controlled explosive detonations force two or more dissimilar metals together at high pressures, resulting in a high-quality metallurgical bond between the colliding surfaces. Due to the high pressure produced during the explosion and collision of the clad (copper) and base plates (aluminium), the two materials are melted and the melted metal spurt goes through the collision zone. This shuts the two plates together in a unique wave-like shape ...

Exhibitor : LC Innoconsult International

High-entropy alloy (HEA) lattices have superior and tunable mechanical and physical properties such as high strength and ductility, the damage tolerance, and high corrosion resistance. Its excellent properties can be attributed to the atomic scale distorted lattice structure introduced by mixing of large quantity of elements of different sized elements in a concentrated solution. The lattice distortion will raise the energy barrier against dislocation movement and lead to the strengthening of HE...

Exhibitor : City University of Hong Kong
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