Commercial aluminum (grade 1900) in rotary motion was exposed to slurry of sand in water.
Samples were mounted at various angles and rotated at different speeds. Wear rate was …

Material loss due to slurry erosion is a serious problem in many industrial applications like
hydraulic turbines, slurry pumps, pipe lines, etc. where the ideal choice of engineering …

In this study, an aluminium based metal matrix was reinforced with silicon carbide (SiC)
particulates using the conventional vortex casting technique. Macro-and microstructural …

The present paper describes the erosion-corrosion behaviour of an aluminium alloy (BS: LM
5) and its composite containing 10 vol.% alumina fibres. Tests were performed in 3% NaCl …

Heat exchanger tubes are regarded as a vulnerable component of reboilers due to different
working conditions between tube side medium and shell side medium. In this paper, an …

Slurry wear characteristics of a zinc-based alloy composite containing 10 wt.% alumina
particles have been analyzed by sample rotation technique in this study. The slurry …

The erosive-corrosive wear rate of a cast Al Si (LM6) alloy, 10 wt.% SiC particle composite
in a slurry consisting of water containing sulphuric acid and hydrochloric acid and 40 wt …

Erosive wear behavior of the as-cast and heat-treated Al alloy and the Al-alloy-SiC particle
composite against Al 2 O 3 erodent has been examined at different angles of impingement …

The performance of an Al-alloy-based composite reinforced with 10 wt.% SiC particle in
erosive–corrosive slurry environment was examined. The slurry consists of equiaxed sand …

Observations made pertaining to the erosive wear characteristics of a cast zinc-based alloy
and its composite containing 10wt.%(corresponding to 11.2 vol.%) alumina particles have …