The Cu–Ta welded block with impact velocities of 500 m/s has the greatest UTS values of 6.49 GPa. The atomic strain, residual shear stress, and weld joint dimensions all considerably rise as the impact depth rises.
This report aims to examine the effects of impact velocity, impact depth, and impact orientation on the Cu–Ta weld joint of the explosive welding process ...
Explosive weld joint characteristics of Copper-Tantalum via simulation ; Journal: Computers in Biology and Medicine, 2024, p. 108471 ; Publisher: Elsevier BV.
Sep 30, 2013 · Explosive welding of copper and tantalum plates arranged in parallel (Figure 1) was performed at the Lavrent'ev Institute of Hydrodynamics. A ...
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Apr 16, 2024 · Two types of intermediate layers were obtained at the wavy joint interface produced at an impact velocity of 750 m/s and an impact angle of 15°.
This report aims to examine the effects of impact velocity, impact depth, and impact orientation on the Cu-Ta weld joint of the explosive welding process via MD ...
In this study, bonding ability of copper and steel with explosion welding was investigated using different ratios of explosive and different stand-off distance.
Explosive weld joint characteristics of Copper-Tantalum via simulation · Engineering, Materials Science. Comput. Biol. Medicine · 2024.
In this study, bonding ability of copper and steel with explosion welding was investigated using different ratios of explosive and different stand-off ...
Regions inside the weld and near the stainless steel were characterized by solid solution of copper with TiFe2 intermetallics dispersedly distributed in it.