Zn-Cu-based alloys are an important alloy series and show promising application prospect
for biodegradable cardiovascular stents due to their excellent anti-self-aging property and …

Abstract One binary Zn–15Al, five ternary Zn–15Al–Cu and six quaternary Zn–15Al–3Cu–Si
alloys were prepared by permanent mold casting. Their microstructures and mechanical …

This paper offers a comprehensive review and experimental investigation into Zinc-
Aluminum (ZA) and Aluminum-Zinc alloys, focusing on their mechanical and tribological …

The purpose of this work is to understand the effect of cerium addition on wear resistance
behaviour of as-cast alloys. Al–12Si–4Mg alloys with 1–5wt% cerium addition were …

High-Zn aluminum casting alloys usually contain coarse dendrites, network eutectoid
structure and casting defects which deteriorate the mechanical properties seriously. In order …

Al–Zn-based alloys with high strength of> 470 MPa for die-casting were successfully
fabricated without melt modification and post-casting heat treatment. We designed Al-based …

Abstract High-Zn AlZn alloys exhibited a high damping capacity but a low strength, which
restricted their applications in many structural components under vibration conditions. To …

Undesirable damping capacity and mechanical properties resulted from coarse α-Al
dendrites and network eutectoid structures of high-Zn aluminum casting alloys are the main …

A series of Al–7Si–(0–5) Zn alloys were produced by permanent mould casting and their
microstructure, mechanical and tribological properties were investigated in as-cast state …

Dry sliding friction and wear properties of ternary Al–25Zn–3Cu and quaternary Al–25Zn–
3Cu–(1–5) Si alloys were investigated using a pin-on-disc test machine after examining their …