grey cast iron

In the realm of metal casting, particularly for grey cast iron components, the accurate assessment of mechanical properties is paramount […]

In engineering practice, grey cast iron is widely used for load-bearing components due to its favorable compressive properties. The compression

The pursuit of optimal metallurgical quality in grey cast iron production is a continuous endeavor, where the selection and application

In my experience within the foundry industry, producing high-quality grey cast iron components for automotive applications presents significant challenges, particularly

In my extensive experience in materials science and manufacturing engineering, I have observed that surface enhancement technologies are pivotal for

The pursuit of higher thermal efficiency and reduced emissions in modern diesel engines has led to a continuous increase in

In the field of foundry engineering, grey cast iron has long been a cornerstone material due to its excellent castability,

In the production of grey cast iron components, cold cracking represents a critical failure mode that can lead to significant

In my extensive experience within the foundry industry, the production of high-quality cast components, particularly those made from grey cast

In modern industrial applications, the demand for high-performance components has led to increased scrutiny of casting processes, particularly for critical

In the high-volume production of grey cast iron components, particularly for demanding applications such as engine bearing caps, achieving consistently

Grey cast iron is widely used in automotive engine components, such as cylinder heads, due to its excellent thermal conductivity

This study systematically evaluates the tensile-compressive fatigue performance of three grades of grey cast iron (HT250, low-alloy HT250, and HT300)

Our research focuses on enhancing the mechanical and thermal properties of vanadium-titanium (V-Ti) grey cast iron through systematic composition design,

This study investigates the development of grey cast iron materials with enhanced machinability and cost-effectiveness for engine cylinder block applications.

Grey cast iron remains indispensable in manufacturing due to its unique combination of mechanical properties, cost-effectiveness, and processability. This article

This study systematically investigates the filling behavior of grey cast iron in expendable pattern casting (EPC) through orthogonal experiments and

Grey cast iron, a Fe-C-Si alloy with graphite flakes, accounts for approximately 70% of global cast iron production due to

The influence of molybdenum addition on carbide precipitation, microstructural evolution, and tensile strength in grey cast iron was systematically investigated.

This paper presents optimized melting parameters for producing high-strength grey cast iron components with mechanical properties exceeding Rm ≥300 MPa

Hot cracks are among the most critical defects in engine castings. Undetected cracks propagate under operational stresses, leading to fluid

This study investigates the combined effects of carbon equivalent (CE), silicon-to-carbon (Si/C) ratio, manganese-to-sulfur (Mn/S) ratio, and sulfur content on

This study investigates the degradation mechanisms of grey cast iron subjected to cyclic high-temperature oxidation through systematic analysis of tensile

Grey cast iron remains widely used in engine cylinder blocks due to its excellent vibration damping, wear resistance, and casting

Grey cast iron remains a cornerstone material in automotive applications due to its excellent castability, damping capacity, and cost-effectiveness. This

1. Water Jacket Core Breakage in EA113 Cylinder Blocks 1.1 Defect Characteristics Core fractures predominantly occurred at the bottom center

This study investigates the fracture mechanism of an HT150 grey cast iron counterweight that failed during bolt assembly. Through systematic