Thermomechanical properties used in the modeling of steel forming processes that are
determined using high temperature cylindrical coupon compression testing are subject to …

The mechanical properties of compacted graphite iron (CGI) may undergo degradation
when it exposes at high temperature environment for a long period of time. In this study, the …

To understand work hardening behavior during low-cycle loading, ductile cast iron
containing 10.1 vol% spheroidal graphite, 19.6 vol% pearlite, and ferrite matrix was …

As an ideal material for the cylinder head of high power density diesel engine, vermicular
graphite cast iron (VGI) with higher thermal conductivity was received more and more …

In this paper, austempered ductile iron has been evaluated as an alternative to steel for
perforated plates applied in the ballistic protection of military vehicles. The austempering …

Tensile and compression tests were carried out on a ductile cast iron for temperatures up to
1073 K. The damage caused inside and around graphite nodules was evaluated as a …

High temperature-resistant ductile cast irons behavior is highly interesting for the
manufacture of components, such as exhaust manifolds for automotive applications. In the …

This work highlights the transformation kinetics, microstructure evolution, hardness and
compression properties of four thermo-mechanically processed ductile irons (DIs) having …

Microstructure and ProPerties evaluation of ductile cast iron subjected to Hot Plastic
deforMation and aMbient teMPerature coMPression the as-cast microstructure of ductile cast …

In this paper, a micromechanical model was developed to predict the residual stress–strain
state that is generated around nodules of a ferritic ductile cast iron during solidification. A …