Introduction to Spray Formed

What is/are Spray Formed?

Spray Formed - To better understand microstructure evolution during thermal mechanical processes, electrical conductivity tests were introduced to evaluate microstructure change in a spray formed ultra-high strength aluminum alloy. ^[1] In this study, TiC/7xxx (TC) and TiC–TiB2/7xxx (BC) aluminum matrix composites, fabricated by in-situ mixed-salt reaction, were used as filler rods of spray formed 7055 alloys to modify the microstructure and mechanical properties of TIG weld joints. ^[2]

7055 aluminum alloy

In this work, the hot workability of a spray formed 7055 aluminum alloy was successfully investigated through advanced Gleeble thermo-mechanical simulation technology, and the EBSD technology was adopted to analyze the evolution of deformation microstructure comprehensively. ^[1]

spray formed 7055

In this work, the hot workability of a spray formed 7055 aluminum alloy was successfully investigated through advanced Gleeble thermo-mechanical simulation technology, and the EBSD technology was adopted to analyze the evolution of deformation microstructure comprehensively. ^[1] In this study, TiC/7xxx (TC) and TiC–TiB2/7xxx (BC) aluminum matrix composites, fabricated by in-situ mixed-salt reaction, were used as filler rods of spray formed 7055 alloys to modify the microstructure and mechanical properties of TIG weld joints. ^[2] The ballistic behaviour of single layered spray formed 7055 aluminum alloy was investigated under two different heat treatment (T6 & T74) against deformable 6 mm tungsten alloy (W-Ni-Fe) core projectile impact (1250 m/s). ^[3] A spray formed 7055 Al alloy, and traditional formed 6061 Al and 7A52 Al alloy were subjected to extrusion. ^[4]

spray formed al

In this study, the microstructure of a hot spray formed Al-Zn-Mg-Cu alloy was observed, and the effects of ageing treatment parameters on the precipitation, the mechanical properties and corrosion behavior of the alloy were investigated. ^[1] The spray formed Al alloy have a good combination of strength and ballistic performance under the T6 heat treatment condition in comparison of T74 and other alloys produced by conventional forming methods. ^[2]

spray formed ultra

To better understand microstructure evolution during thermal mechanical processes, electrical conductivity tests were introduced to evaluate microstructure change in a spray formed ultra-high strength aluminum alloy. ^[1] Owing to the fact that a number of big precipitates clustered in the heat-affected zone, the strengthening effect in spray formed ultra-high strength 7055 aluminum alloy was weakened which caused the hardness of the joint to reduce remarkably. ^[2]