The aim of applying thin wall casting (TWC) technique in ductile iron is to restore the uses of
ductile iron in automotive components. TWC will allow ductile iron to compete with …

Aluminium casting is lighter than cast iron, but cast iron has much more benefit. Especially
when thin wall casting technology and austempering process applied in cast iron. Based on …

This study produced austempered ductile iron (ADI) with ausferrite structure using forced-air
cooling as the quenching method. ASTM A536 65-45-12 grade of ductile iron was produced …

Cooling rate plays an important role in thin wall ductile iron solidification, due to their
thickness. Casting simulation is use as a tool to estimate the cooling rate. In the other hand …

Austempering process was carried out on thin wall ductile iron (TWDI) connecting rod
produced by the design built in previous research. Austempering process was applied to …

In this study, two ductile irons were prepared: the first cast was unalloyed with a chemical
composition of 3· 65C–2· 58Si–0· 31Mn–0· 045Mg, and the second one was alloyed with 0 …

The Production of thin wall austempered ductile iron components can have strength-to-
density ratios that approach those of cast aluminum, making it theoretically possible to apply …

Cooling rate plays an important role in the formation of thin wall ductile iron microstructure
due to their thickness, which is 3 mm below based on Stefanescu. Cooling rate is closely …

Cooling rate plays an important role in thin wall ductile iron solidification, due to their
thickness. Casting simulation is used as a tool to estimate the cooling rate. In the other hand …

Cooling rate plays an important role in the formation of thin wall ductile iron microstructure
due to their thickness, which is 3 mm below based on Stefanescu. Cooling rate is closely …