The present study reveals for the first time the dry sliding wear behavior of a powder
metallurgical pure titanium alloy (Cp-Ti) modified by shot peening. Cp-Ti samples were …

To prolong the service life of titanium alloy machining tools, pulsed magnetic field treatment
technology is used to enhance the wear performance of tools. The cutting force, rake wear …

Laminates of Titanium alloys find their wide application as input material for stacked
composites used in different industries. Presently, the laminates are made by rolling, but the …

The present study is an endeavor to investigate the wear and friction behavior of Ti6Al4V
against alumina (Al2O3) using a pin-on-disc tribometer at room temperature. The tests were …

Double-sided gradient structures, as a method to avoid the strength-ductility dilemma, face
the problem of low processing efficiency in manufacturing processes. To address this issue …

The effect of microstructure and mechanical properties of submicro grained commercial pure
titanium (CP–Ti) on the wear mechanism is still unclear. In the present work, CP-Ti samples …

In order to explore the influence of tool geometric parameters on the residual stress of 7A04
aluminum alloy in large-strain extrusion machining (LSEM), the LSEM process of 7A04 …

In this study, it is aimed to examine the effect of reinforcement laying angle on wear
resistance of CFRP composites used in the automotive and aerospace industries …

Titanium Grade 2 strips or sheet metal, a commercial alloy used extensively in airframes,
aircraft engines, marine applications, tubing and orthopedic implant/prosthetics, has been …

Bulk nanostructured metals and alloys are finding increasing structural applications due to
their superior mechanical properties. The methods that rely on the severe plastic …