1. Introduction and Industrial Background The armored face conveyor, also known as the scraper conveyor, serves as the critical transportation […]
With the rapid development of modern industry, die casting technology has gained extensive application across various sectors. As an efficient
This study investigates the optimization of casting processes for ZG07Cr19Ni10 stainless steel self-priming pump bodies using numerical simulation and orthogonal
As an experienced professional in the casting industry, I have witnessed the pivotal transition from a high-volume casting nation to
As a casting engineer involved in the development of complex components, I have focused on optimizing production processes for water-cooled
Ductile iron castings are critical engineering materials renowned for their high strength and cost-effectiveness, making them indispensable in sectors such
This study investigates the cracking mechanism of engine cylinder block mounting bosses and proposes a structural optimization solution through finite
This paper presents a comprehensive methodology for producing high-quality ductile iron casting components, specifically focusing on automotive brake calipers. The
In our foundry, we have transitioned from traditional dry mold casting to wet mold casting for producing machine tool castings,
In the production of ultra-supercritical steam turbine steel castings, ensuring internal quality and mechanical performance while mitigating defects like sand
Infrastructure development remains a crucial pillar of domestic economic growth, driving increasingly stringent requirements for equipment manufacturing. The bucket tooth,
In the production of large-scale agricultural machinery, ductile iron castings play a critical role due to their excellent mechanical properties
In the production of ductile iron castings, maintaining consistent mechanical properties and surface quality is crucial for ensuring the reliability
In my extensive experience with sand casting processes for high-grade ductile iron castings, I have frequently encountered issues such as
In my role as a casting engineer, I was tasked with developing a long-guide machine tool bed casting for a
In the manufacturing of diesel engines, the cylinder block is a critical component where material quality directly influences performance and
During the commissioning of a brand-new lost foam castings production line, I was given the responsibility of leading the technical
In my extensive experience with lost foam casting, also known as expendable pattern casting (EPC), the design and implementation of
With the rapid development of offshore wind power, the demand for large wind turbine components, such as hubs, main shafts,
Lost foam casting (LFC) has revolutionized metal forming processes since its invention in 1956. For steel castings, this method offers
In our manufacturing facility, we have successfully implemented the full molding process, also known as lost foam casting, to produce
In our investigation, we focused on improving the service life of excavator sleeves by employing centrifugal casting combined with austempering
Centrifugal impellers, as high-speed rotating components in compressors, demand exceptional dimensional accuracy due to their complex blade geometry. This study
In the production of large and medium-sized ductile iron castings, the use of risers with exothermic insulating covering agents is
As a researcher in the field of metal casting, I have extensively studied the environmental challenges associated with lost foam
In automotive component manufacturing, casting defects such as shrinkage cracks significantly impact product reliability. This paper systematically analyzes the root
In this article, we detail the trial production of a critical equipment roll, originally fabricated as a welded component and
In modern manufacturing, the precision of machined holes in machine tool castings, such as engine blocks and cylinder heads, is
This study investigates the mechanical properties and heat treatment optimization of copper-containing steel castings with varying wall thicknesses (300 mm,
I studied the influence of the assembly jig on the formation of cold lap and misrun defects in high chromium
