This study investigated the effects of aging process on the mechanical properties and machinability in AA6013 aluminum alloy. To this end, AA6013 aluminum alloy samples were maintained in heat treatment furnace at 530°C ...

This study investigates the effect of the change in the amount of Si found in Al-Si alloys on mechanical properties and machinability properties of the alloy. The way the microstructure and the mechanical properties change ...

Bu çalışmada, AA6013 ve AA6082 alüminyum alaşımlarında yaşlandırma işleminin alaşımın mekanik özellikleri ve işlenebilirlik özellikleri üzerine etkileri incelenmiştir. Bu amaçla, deneyde kullanılan AA6082 ve AA6013 ...

In recent years focus on the development of natural fiber composites has been increased due to their superior properties such as light-weight, high strength and stiffness. Natural fibers are known environmentally friendly ...

In recent years due to same ecologtal and environmental apprehension [n the fabrication of thermoplastic composites natural fibers have been preferred instead af using inorganic fillers. The increasing demand for thermoplastic ...

Natural fibers reinforced polymer composites have a large area as a progressive material in such industrial applications. Although pine cones have the fibrillar morphology and good mechanical properties they are unusually ...

Aluminum alloys that have specific strength, good corrosion resistance are used in many fields such as aerospacc and automotive, because, they have improved the mechanical propertics of the alloys with aging heat treatment. ...

Natural resources decrease due to the increase of world population and consumption Th erefore, it is to use ofour natural resources more t man mer. Clag powders, the most widely used at over •90* of all reinforcements with ...

The mechanical properties and corrosion behaviour of AZ91 magnesium alloy containing 0.2–0.5wt.%Ti were investigated in this study. Results demonstrate that the enhancement of the ultimate tensilestrength by 18% and yield ...

This study investigates the effect of Zinc (Zn), Silicon (Si) and Mangan (Mn) in (AZ91: 2% Al, 1% Zn, AS21: 2% Al, 1% Si, and AM20: 2% Al, 0.5% Mn) magnesium alloys on mechanical properties, wear resistance and machinability. ...