Excavators are extensively used in mining, civil engineering, hydraulic projects, and defense operations. Among their critical components, the excavator casting […]
With the rapid development of urban rail transit systems, the demand for high-performance ductile iron castings for traction motor housings
Abstract: This study focuses on addressing the wrinkling and shrinkage defects encountered in the production of ductile iron reducer housings
The increasing demand for lightweight automotive components has driven the widespread adoption of aluminum alloys in manufacturing engine cylinder blocks.
The evaluation of the lost foam casting process for high manganese steel liners, aiming to reduce the tendency of shrinkage
Lost foam casting (LFC) is widely used for producing complex ductile iron components due to its advantages in dimensional accuracy
Abstract In large semi-autogenous grinding (SAG) mills, the lining plates are subjected to extreme impact loads due to the use
Abstract According to the structural characteristics of wheel core casting, the lost foam casting solidification process is simulated and analyzed
In recent years, the demand for high-performance stainless steel components with complex geometries has driven advancements in precision investment casting.
In modern industrial applications, steel casting remains a critical manufacturing process for producing heavy-duty components like hoisting boxes used in
Lost foam casting (LFC), also known as expendable pattern casting, has evolved significantly since its invention in 1956. While widely
This study investigates the optimization of precision casting parameters for critical engine cylinder block components using numerical simulation and experimental
Analysis and Process Improvement of Shrinkage Defects in Main Reducer Shell Casting In automotive shell casting applications, the main reducer
This study investigates the sand casting process optimization for high-pressure steam chamber steel castings (ZG15Cr2Mo1) using numerical simulation. The research
AbstractThe manufacturing level of engine blocks is one of the important indicators to measure a country’s manufacturing industry, representing the
Grey cast iron is widely used in automotive engine components, such as cylinder heads, due to its excellent thermal conductivity
In the production of six-cylinder engine blocks using the coated sand iron mold casting process, blow hole defects have been
Abstract: The various defects encountered during the production of oil pans using the lost foam casting process, including deformation, metal
This paper presents a comprehensive improvement strategy for ductile iron casting processes applied to large-scale agricultural tractor driving wheels. The
1. Current Challenges in Ladle Applications The production of high-quality steel castings requires meticulous control of ladle systems, which serve
In the context of automotive lightweighting and increasing demands for engine performance, the wall thickness of engine cylinder blocks has
Traditional sand casting methods for ductile iron water meter shells often involve complex procedures, high labor intensity, and environmental pollution.
As foundry engineers specializing in heavy-truck axle components, we encountered persistent shrinkage cavity casting defects in the main reducing shell
Abstract: This paper explores the effective application of additive manufacturing in investment casting processes for agricultural machinery. Additive manufacturing, also
Abstract This thesis focuses on the design and optimization of the investment casting process for car door bodies. By combining
Deburring casting parts presents significant challenges due to variability in excess material geometry and harsh production environments. At Heidenreich &
In our foundry’s production of a four-cylinder diesel engine cylinder head with complex geometry and compact layout (Figure 1), persistent
As a manufacturing engineer specializing in automotive components, I have dedicated significant efforts to refining the machining processes for engine
The intermediate annealing process critically determines the microstructure and mechanical properties of aluminum-lithium alloys used in aerospace applications. A recent
Titanium alloys are widely recognized for their low density, high specific strength, excellent corrosion resistance, and biocompatibility. These properties make
