gray cast iron

Compared with ordinary carbon steel, the properties of gray cast iron have the following characteristics. (1) Low mechanical properties. The

The effect of alloy element Mo on the thermal fatigue properties of gray cast iron was analyzed by comparing two

The effects of alloying element Mo on the microstructure and mechanical properties of high-strength gray cast iron were compared and

In the process of thermal cycle, cracks caused by periodic stress due to internal temperature difference, hindered shrinkage and thermal

The microstructure characteristics of gray cast iron determine its mechanical properties. For the microstructure of gray cast iron, the finer

The modifier used in the study is jf-1 modifier. In the experiment, the composition of gray cast iron and the

Most gray cast iron castings can become machine parts only after turning. The turning performance directly affects the processing quality

The composition of the experimental gray cast iron and the types of inoculants added. By comparing and analyzing the effects

Adding alloying elements to cast iron can improve the strength of gray cast iron. The effects of manganese, some alloying

Adjust carbon equivalent and silicon carbon ratio. In the solidification of gray cast iron, the carbon equivalent directly affects the

The hardness changes of gray cast iron after laser melting and impact at different annealing temperatures are shown in the

The nucleation and growth of gray cast iron graphite are gradually formed during heating. The nucleation position of gray cast