Burnishing is a very simple and effective method for improvement in surface finish and can
be carried out using existing machines, such as lathe. On account of its high productivity, it …

Ball burnishing is a simple, rapid, cost-effective and superfinishing process which is
generally carried out to better the surface integrity of mechanical parts. The aim of this paper …

It is well known that apart from compressive residual stresses, smooth surface and
microstructuring of the surface and subsurface layers are beneficial for enhancement of …

Ball burnishing routine permits through a simple, fast and economical manner to obtain free
chip on the manufactured parts. It generates a superior surface finish by rotating a ball tool …

This paper deals with the optimization of external roller burnishing operation using a CNC
lathe for a Mg-SiC metal matrix. Magnesium metal was alloyed with 10%(w/w) of SiC …

In this paper comparative studies on the structural, mechanical and corrosion properties of
Nb 2 O 5/Ti and (Nb y Cu 1− y) O x/Ti alloy systems have been investigated. Pure layers of …

Component surface quality and selection of the optimum material are the main factors
determining the performance of components used in machine manufacturing. The level of …

In order to study the effects of ultrasonic rolling pressure on the surface characteristics of
titanium alloy Ti-6AL-4V (TC4), a theoretical model of ultrasonic rolling pressure and …

In this paper the comparative studies on structural, mechanical and corrosion properties of
Nb 2 O 5/Ti–Al–V and graphene/Ti–Al–V alloy systems have been investigated. We show …

The influence of modern additive manufacturing methods, especially from the direct energy
deposition (DED) processes to the coat-like finished components, is crucial under present …