Joining of bulk metallic glass to brass by thick-walled cylinder explosion

Microstructure and mechanical properties of CP-Ti/X65 bimetallic sheets fabricated by explosive welding and hot rolling

“…Explosive welding is one of the most widely used methods to manufacture bimetallic sheets. Currently, researchers have successfully performed explosive welding for hundreds of different dissimilar metal combinations, such as Ti/Ni [1,2], Ni/Al [3], Cu/Ti [4] , Mg/Al [5], Ti/Al [6], W/CuCrZr [7], Cu/steel [8,9], Inconel-alloy/steel [10], Al/steel [11], Zr/steel [12], stainless-steel/steel [13,14] metallic-glass/steel [15,16]. In recent years, in-depth, theoretical investigation of explosive welding process itself is quickly increasing, and the application of explosive welding technology in industry field is rising [17][18][19][20][21][22][23][24][25][26].…”

High-rate squeezing process of bulk metallic glasses

“…4(a)), and the vein-like structures between the ridges (see Fig. 4(b)), which are significant for the welding behaviour by a physical or/and mechanical bonding35. The welding behaviour between the metallic glasses and high-strength steel is realized by high-rate squeezing (HRS) technique (see Fig.…”

“…5. Besides split Hopkinson bar, the processing apparatus can be drop weigh, Taylor impact, plate impact, explosive and other designed equipments that can produce a high-rate compressive loading2335. These apparatuses are well-used techniques with quantificational working parameters, which can ensure the reliability and repeatability of the HRS processing results.…”

“…In HRS technique, welding behaviour35 can be produced by placing a medium in-between two welded alloys, where the medium can be metallic glasses or other metallic alloys as the solder. Furthermore, coating behaviour can also be produced via achieving the welding behaviour in a single side.…”

Microstructure and crystallization mechanism of Ti-based bulk metallic glass by electron beam welding

“…To date, numerous efforts have been devoted to increase the 3D size of BMGs, including optimization of chemical composition and preparation technology, welding and 3D print process [3][4][5][6][7][8][9]. High energy beam welding, as a modern welding process, has been widely used because of its advantages such as deep welding penetration, high welding energy density, and little deformation and so on [10].…”