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 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,
Lost foam casting (LFC) has revolutionized metal forming processes since its invention in 1956. For steel castings, this method offers
Centrifugal impellers, as high-speed rotating components in compressors, demand exceptional dimensional accuracy due to their complex blade geometry. This study
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
This study investigates the mechanical properties and heat treatment optimization of copper-containing steel castings with varying wall thicknesses (300 mm,
In modern automotive foundries, the production of diverse engine cylinder blocks faces significant challenges due to frequent product changeovers. This
In the aerospace industry, titanium alloys are widely used due to their high strength-to-weight ratio, excellent high-temperature resistance, and corrosion
In the field of industrial manufacturing, sand casting has long been a fundamental method for producing complex metal components. However,
This article presents a comprehensive analysis and process improvement methodology for eliminating shrinkage defects in heavy-duty ductile iron bracket castings.
We utilized AnyCasting software to simulate the original casting process of a critical excavator casting part—the rear axle for high-speed
This paper presents comprehensive research on implementing lost foam casting technology for producing 394A wet-type four-cylinder blocks. Through systematic process
The evolution of material handling equipment demands precision-engineered components like steel casting steering brackets, which serve as critical linkages in
The gantry-type engine cylinder block features an oil pan mounting plane positioned below the rotational center of the crankshaft. This
Modern manufacturing faces critical challenges in addressing casting defects such as porosity, cracks, and slag inclusions that compromise structural integrity.
The integration of additive manufacturing (AM) with precision investment casting has revolutionized the production of complex agricultural components. By leveraging
In traditional sand casting processes for steel and iron castings, resin sand and wooden patterns are typically used to form
Optimization of Differential Pressure Casting for Large Complex Shell Castings Al-Si alloys exhibit exceptional casting properties, achieving superior mechanical performance,
Gas porosity remains a critical challenge in wet sand casting of gray iron components, particularly for complex engine cylinder blocks
This paper presents a systematic approach to optimizing the casting process for large thin-walled steel components with complex geometries. Through
Blowhole defects constitute one of the most persistent and costly challenges in aluminum gravity casting processes. In our production of
Gray cast iron remains a preferred material for automotive components like engine blocks due to its excellent castability, wear resistance,
Lost foam casting (LFC) has become a critical manufacturing method for producing complex-shaped wear-resistant components like high manganese steel liners.
In the development of aluminum alloy integrated cylinder heads for automotive engines, a critical casting defect manifested as complete blockage
The transformation from a finished part design to a blank model is critical for manufacturing efficiency, especially for casting parts.
The engine cylinder block, a critical component in modern combustion systems, demands precise thermal management to ensure operational stability. This
The lightweight evolution of railway vehicles demands higher-strength materials for brake system components. This study investigates the effects of welding
