Babbitt is a white silvery alloy that composed of Tin, Lead, Copper and Antimony. This alloy is the most current bearing alloy in industrial applications. The characteristics of this alloy, such as high wearing resistance and low coefficient of friction, have converted it into a bearing cover. The target of this study is investigation on the effects of alloy elements on wearing and micro-struct...

waste tires, rubbers, plastic and steel materials, normally produced in every society, enter the environment and cause serious problems. these problems may, to some extent, be reduced by finding applications for them in engineering, for example, they can be used for geotechnical applications as backfill material and solving problems with low shear strength soils. such materials may be subjected...

Shear localization is one of the most important failure mechanisms subjected to high-strain-rate deformation and has significant effects on process, plastic deformation, catastrophic a material. was observed in serrated chips produced during high-speed cutting CoCrFeMnNi high-entropy alloy. Electron backscatter diffraction performed systematically investigate microstructural evolution shear ban...

in this research using statistical analysis the effect of machining parameters such as cutting velocity, feed rate, and tool type on machining power (p m ) in machining process of en-ac 48000 aluminum alloy has been studied. a taguchi l 27 standard array has been utilized as the most economical array to evaluate the factors and their interaction. en-ac 48000 alloy is frequently used in automoti...

Ti6Al4V alloy is a well-known difficult-to-cut material used in different industrial applications, to achieve the expected component quality, proper definition and control of machining process parameters must be accomplished. To address this problem, simulations with finite element method (FEM) seem an interesting engineering tool model optimize processes. Nevertheless, capability capturing beh...