This study investigates the performance and process optimization of heat-resistant austenitic steel in precision steel casting for boiler pipe fittings. […]
As a researcher in the field of materials science, I have always been fascinated by the role of steel casting
In recent years, the production of steel castings in China has steadily increased, accounting for 12.2% of total casting output
In the production of large and complex steel castings, ensuring soundness and minimizing defects like shrinkage porosity and cavities is
In the context of rapid development in modern equipment manufacturing, the resource consumption and economic losses caused by material wear
This study focuses on leveraging ProCAST simulation technology to predict and mitigate internal defects in steel castings, specifically addressing leakage
My investigation focuses on the critical and challenging task of joining dissimilar high-performance materials prevalent in heavy machinery: specifically, a
In my extensive experience with heavy-duty mining and dredging equipment, I have consistently encountered the critical challenge of developing durable
In modern manufacturing, the demand for lightweight automotive components has driven the development of thin-walled steel castings with complex geometries.
In modern construction, steel frame structures are widely adopted due to their excellent seismic performance, light weight, ease of construction,
In steel casting production, shrinkage porosity and cavities remain persistent challenges, particularly in large components like gyratory crusher crossbeams. Through
In the realm of modern manufacturing, steel casting plays a pivotal role in producing high-strength, durable components for critical applications
This article presents a comprehensive methodology for manufacturing pump gland steel castings with complex thin-walled geometries, addressing critical challenges in
As a casting process engineer specializing in large-scale industrial components, I have been deeply involved in the development of steel
In the context of advancing domestic production of critical nuclear power components, the application of austenitic stainless steel cladding welds
In the field of industrial manufacturing, steel casting plays a pivotal role, especially for large mechanical components subjected to harsh
With the rapid development of offshore wind energy, the demand for high-performance steel castings in 6 MW wind turbine systems
In the realm of modern manufacturing, the pursuit of efficient, cost-effective, and environmentally friendly processes is paramount. As a practitioner
This study investigates the application of orthogonal experimental design and numerical simulation to optimize steel casting parameters for railway couplers,
Steel castings form the backbone of critical components across numerous industries, most notably in the manufacturing of large valves for
In the pursuit of excellence within the heavy industry sector, particularly for critical transportation components, the limitations of traditional foundry
With the global emphasis on energy efficiency and carbon neutrality, the development of 620°C ultra-supercritical (USC) power units has become
The manufacturing of large, heavy-section steel castings presents unique challenges in maintaining consistent and specified mechanical properties. While the chemical
In the hot rolling industry, rolls are critical consumables that significantly impact production efficiency and product quality. Among various roll
Carburization defects remain a critical challenge limiting the widespread application of lost foam casting (LFC) in steel castings. This paper
In the steel casting industry, achieving a balance among cost, quality, and environmental sustainability has long been a persistent challenge.
This study investigates defect formation mechanisms and process optimization for a compressor support ring steel casting (ZG13Cr9Mo2Co1NiVNbNB alloy) using numerical
In the realm of high-speed rail transportation, brake discs stand as critical components ensuring operational safety. As a researcher focused
This study investigates the weldability between K360 high-strength wear-resistant steel and ZG30MnSi low-alloy cast steel, focusing on cold cracking sensitivity
In the realm of industrial manufacturing, steel casting stands as a pivotal process for creating components that demand exceptional strength,
