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
1. Introduction In the automotive industry, lightweight design has become a crucial trend to improve fuel efficiency, reduce emissions, and
1. Introduction In the field of casting, the iron – clad sand casting process is widely used for producing gray
1. Introduction The turbine, a crucial high – speed rotating component on superchargers, features a complex curved surface structure. With
Abstract This article comprehensively examines the nitrogen porosity defects commonly encountered in grey cast iron products manufactured using the sand-lined
This article focuses on the application of casting element, a novel material, in the foundry production of automotive brake discs.
1. Introduction In the field of modern manufacturing, casting is a crucial process for producing various components. The pump body,
ntroduction In the global pursuit of sustainable development, the twin goals of rural revitalization and ecological conservation have emerged as
Abstract: The process design and numerical simulation of lost foam casting for grey iron end caps. By adopting an orthogonal
This article comprehensively studies the microstructure evolution of gray cast iron during austenitizing and its impact on mechanical properties. Through
Grey cast iron is a widely utilized material in heavy machinery due to its excellent castability, machinability, and damping properties.
Grey cast iron is widely used material known for its excellent castability, machinability, and vibration damping properties. However, its inherent
Grey cast iron finds widespread use in various industrial applications. However, its corrosion behavior in marine environments poses significant challenges
Grey cast iron is a widely used material in the casting industry, valued for its excellent castability, thermal conductivity, and
The production and recycling of grey cast iron play significant roles in various industries, including automotive, construction, and machinery manufacturing.
Grey cast iron has long been a staple material in the automotive industry due to its excellent castability, machinability, and
This article focuses on the nitrogen porosity defects in gray cast iron produced by iron – clad sand casting. Through
1. Introduction In the mining industry, semi – autogenous mills play a crucial role in the grinding process of various
Grey cast iron is a widely used material in various industries due to its excellent castability, machinability, and damping properties.
Grey cast iron has been a cornerstone material in various industries due to its excellent machinability, vibration damping, and cost-effectiveness.
