The production of aluminum-carbon steel and aluminum-stainless steel clads is challenging, and explosive welding is one of the most suitable
Today, we maintain the world standard for explosion bonding and most often use it to clad steel with a thin layer of corrosion-resistant alloy metals to form plate and transition joint
This study investigates the microstructure, electrical, corrosion, and mechanical properties of plate-shaped aluminum-copper couple produced using the
When the aluminium alloy is positioned as the flyer plate, continuous interfacial melting occurred under the low values of energy lost by the collision, and
In this study, a copper plate was cladded with an aluminum plate using the explosive welding technique, and the microstructure, electrical, corrosion, and mechanical
In this work, the explosive welding of 1060 alu-minium to Q235 steel was realised by using chem-ical copper plated on the baseplate surface as inter-mediate layer. A
In order to reduce critical impact velocity and enlarge weldability window of aluminium/steel explosive welding, a chemical copper plating layer as interlayer was