Al–Sn based alloys are widely used as plain bearings in several engineering applications,
particularly in internal combustion engines. The microstructures of these alloys are …

研究了Fe* 58wt% Sn 过偏晶合金的急冷快速凝固和组织形成特征. 实验发现, Fe* Sn
过偏晶合金的急冷快速凝固组织由规则排布的纤维状!* Sn 相和分布其间的"* Fe …

In the present study, the Cu-24Pb-xSn (wt.%) alloys with Pb-rich secondary phase particles
(SPPs) in different morphology were prepared by intermediate frequency induction heating …

The growing importance of Al-Sn based alloys as materials for engineering applications
necessitates the development of uniform microstructures with improved performance …

A high-speed imaging technique was used to observe the phase separation process of
water (H 2 O)-20% succinonitrile (SCN) immiscible solution within ultrasound field …

T) 0.55 andλ2= C (VL) 1/3, respectively. The experimental values of dendrite arm spacings
were compared with other experimental studies of dendritic growth for binary Al Si alloys, as …

The development of multicomponent Al-Bi alloys is an alternative approach to control either
separation or morphology of the phases forming their microstructures. Furthermore, addition …

A numerical model coupling ultrasonic cavitation with acoustic streaming for the liquid phase
separation process of immiscible alloys within ultrasonic field was developed to predict the …

Shell phase selection in the core–shell structure formation was investigated in the systems
with stable miscibility gaps, and the shell phase selection and the formation mechanism of …

Al-based monotectic alloys show an interesting combination of wear resistance and
mechanical strength. While self-lubricating bismuth (Bi) guarantees an adequate wear …