aluminium alloy

The study of fluid flow and heat transfer over shrinking surfaces is crucial for applications in materials processing, thermal management, and nanotechnology.  When combined with hybrid nanofluids, these systems offer enhanced heat transfer and boundary layer control, making them valuable for advanced energy systems and microfluidic technologies.  This manuscript primarily investigates the behavior of MHD Reiner--Philippoff (RP) fluid, particularly emphasizing the role of AA7075–AA7072/methanol hybrid nanofluid on a permeable shrinking surface.  The original model, expr

Modern approaches to ensuring the necessary characteristics of surface of a material with the aim to improve economic and technological characteristics of the structures are considered in this paper. It is shown that aluminium alloys gain wide application in industry. Nevertheless, surface characteristics of materials are insufficiently good for their use in structures which operate under abrasive wearing and boundary friction.