This paper describes the various technological aspects related to adhesive wear of cast
aluminium–silicon (Al–Si) alloys. Number of hypothesis and theories proposed in the last …

In this work, the effect of friction stir processing (FSP) on tungsten inert gas welding (TIG) has
been observed to improve mechanical properties and wear resistance behavior of TIG …

In this work, we examine TIG welded joints processed with friction stir processing at tool
rotational speeds (TRSs) of 700, 800, 900, 1000, and 1100 rpm, with a constant feed rate of …

Current work reports on the development of A357 alloy composite which is reinforced with
dual size SiC particles by stir casting route. Influence of different weight fractions (3 …

Surface texture of harder mating surfaces plays an important role during sliding against
softer materials and hence the importance of characterizing the surfaces in terms of …

The wear properties of equal channel angular pressing (ECAP) Al–2, 3 and 5% Cu alloys
under dry sliding conditions using different sliding distances and loads were investigated by …

The purpose of this work is to understand the effect of cerium addition on wear resistance
behaviour of as-cast alloys. Al–12Si–4Mg alloys with 1–5wt% cerium addition were …

Aluminium alloy is known to be a soft material with inadequate hardness, poor wear
resistance and good castability; in order to improve its wear resistance, numerous …

The modification response of Al–20wt% Si alloys was studied with different Sr addition
levels. The wear properties of Al–Si alloys modified by Sr were investigated by using a UMT …

A double-sliding test was performed in a titanium alloy; the tribo-layers and their function
were investigated. The tribo-oxide layers of titanium alloy were proved to possess the …