A comparative study of graphite growth in cast iron

Graphite in Cast Iron – From Carbon Atom to Graphite Spheroid

Improvement of the Metallurgical Quality of Ductile Iron in Heating Pouring Units through Appropriate inoculation

Improvement of the Wear Resistance and Particle Emissions of Hypereutectic Grey Cast Iron through Targeted Metallurgical Refinement

Influence of Niobium on the Microstructure of Gray Cast Iron

Graphite Spheroids – The Place where they are born

On the Role of Turbostratic Graphite in the Crystallization of Spheroidal Graphite During the Liquid-to-Solid Transformation

On the crystallography of the Mg–Si–Al nitride nuclei and of the graphite/nitride interface in spheroidal graphite iron

The Effects of Holding Time in the Heating/Pouring Unit on the Metallurgical Quality of Spheroidal Graphite Iron

Influence of the Holding Time in the Heating/Pouring Unit on the Metallurgical Quality of Spheroidal Graphite Iron

A comparative study of graphite growth in cast iron

Graphite in Cast Iron – From Carbon Atom to Graphite Spheroid

Improvement of the Metallurgical Quality of Ductile Iron in Heating Pouring Units through Appropriate inoculation

Improvement of the Wear Resistance and Particle Emissions of Hypereutectic Grey Cast Iron through Targeted Metallurgical Refinement

Influence of Niobium on the Microstructure of Gray Cast Iron

Graphite Spheroids – The Place where they are born

On the Role of Turbostratic Graphite in the Crystallization of Spheroidal Graphite During the Liquid-to-Solid Transformation

On the crystallography of the Mg–Si–Al nitride nuclei and of the graphite/nitride interface in spheroidal graphite iron

The Effects of Holding Time in the Heating/Pouring Unit on the Metallurgical Quality of Spheroidal Graphite Iron

Influence of the Holding Time in the Heating/Pouring Unit on the Metallurgical Quality of Spheroidal Graphite Iron