The cyclic deep cryogenic treatment was proposed to improve both the hardness and
corrosion resistance of the high strength 7075 aluminum alloy. The effect of different CDCT …

This paper reports the effect of graphite and milling time on the texture, microstructure and
mechanical properties of AA7075-graphite composites produced through mechanical …

The impacts of various thermo-mechanical process routes in forming of EN AW 7075 alloy
on mechanical properties, microstructure and corrosion resistance were investigated. A …

Abstract Aluminum Metal Matrix Composites (AMMCs) play a vital role in various industries,
including aerospace, aviation, maritime, transportation, and automotive, owing to their …

The present study was performed on three versions of 7075 alloy to which Sc or Sc+ Li was
added. The alloys were subjected to various aging treatments. The microhardness results …

The present study provides an overview of previous studies on the welding of the AA7075-
T6 aluminum alloy, followed by an investigation of the influence of short-time solution …

Aluminum alloys are preferred in most industries due to the functional properties they
provide. It is known that alloys that can be processed with heat treatments show better …

In this study, annealing (O), artificial aging (T6), retro-regression aging (RRA) and high
temperature pre-precipitation (HTPP) heat treatments were applied to AA7075 aluminium …

This study presents experimental findings from rotary friction welding of AA5083-H112 and
AA7075-T6, conducted at consistent 1700 rpm rotational speed with four time intervals. The …

Aluminum matrix composites (AMC) were engineering materials that are widely used in the
automotive industry and whose use is increasing day by day. This study investigated the …