steel casting

This article presents the methodology for designing and optimizing the production process of a complex thin-walled steel casting with streamlined […]

In modern structural engineering, particularly for large-span spatial structures such as stadiums, airport terminals, railway stations, exhibition halls, and opera

1. Mechanism of Rare Earth in Steel Casting 1.1 Purification of Molten Steel Rare earth (RE) elements significantly enhance the

Within the demanding environment of power generation and heavy industry, thick-wall steel castings serve as the backbone for critical components

The selection of foundry sand is a critical determinant in the quality, surface finish, and dimensional accuracy of steel casting

Lost foam casting (LFC) has become increasingly vital for producing complex steel castings due to its advantages in dimensional accuracy

In the pursuit of domestic production for critical components in high-speed trains, I have embarked on a comprehensive study focusing

In the realm of heavy equipment manufacturing, the demand for durable and resilient components has propelled the advancement of steel

This paper systematically explores the application of coated sand technology in steel casting production through process optimization, material analysis, and

As a researcher and engineer deeply immersed in the field of metallurgy and foundry technology, I have dedicated my career

Marine-grade steel castings exhibit unique challenges due to their large dimensions, complex geometries, and stringent performance requirements. This paper systematically

In the demanding environment of thermal power generation, the integrity of primary equipment is non-negotiable. As an engineer deeply involved

The continuous cooling transformation (CCT) diagram of a steel is a fundamental tool in metallurgy, providing critical insight into the

In steel casting production, orange peel defects remain a persistent challenge for large castings (>10 tons), particularly in high-alloy components

In the development of advanced equipment, the production of large-scale structural components through steel casting processes presents significant challenges. This

Modern self-anchored suspension bridges rely heavily on steel casting anchorages as critical load-bearing components. This article presents advanced machining strategies

This study investigates the application of laser cladding technology to repair surface defects in ZG230-450 (25# steel) casting components, focusing

Non-metallic inclusions formed during the smelting and pouring of molten steel are critical factors leading to crack initiation in steel

Steel casting has revolutionized bridge engineering by enabling complex node designs with superior mechanical properties. This article explores material characteristics,