lost foam castings

In this paper, I present a comprehensive numerical study of the lost foam casting process applied to a reducer box. […]

Lost foam casting (LFC) is recognized as one of the most advanced near-net-shape casting technologies in the modern foundry industry.

In my research on wear-resistant components, I have long been fascinated by the exceptional mechanical behavior of high-manganese steels, especially

In my recent work on the lost foam casting process for grey cast iron end caps, I have systematically investigated

In the present work, I investigate the solidification process of a tail roller manufactured by lost foam castings. The tail

When I first began working with aluminum alloy lost foam castings, I was struck by how different this process is

In my research, I focused on the preparation and performance optimization of refractory coatings specifically designed for the lost foam

In my recent work on automotive components, I have been deeply involved in the analysis of lost foam castings for

Lost foam casting has been widely recognized in the foundry industry as one of the most promising near-net-shape manufacturing technologies.

Over the past few decades, I have watched lost foam castings evolve from a specialized foundry technique into a widely

Lost foam castings are widely recognized for their near-net-shape capability, excellent dimensional accuracy, flexible design, and clean production environment. I

In my years of foundry practice, few processes have challenged and rewarded me as much as the production of large

1. Introduction and Industrial Background The armored face conveyor, also known as the scraper conveyor, serves as the critical transportation

During the commissioning of a brand-new lost foam castings production line, I was given the responsibility of leading the technical

I studied the influence of the assembly jig on the formation of cold lap and misrun defects in high chromium

Lost foam casting has been widely adopted in the production of iron castings due to its excellent surface finish, dimensional

In my recent work with lost foam castings, I encountered a challenging production scenario involving the armature of a fast-acting

Abstract: In this work, I present a systematic design method for ridge waveguide filters that employ evanescent mode coupling structures.

Throughout my postgraduate research, I have been deeply engaged in the development of a sustainable and cost-effective foundry technology that

As a foundry engineer who has spent years working on centrifugal pump components, I have developed a deep interest in

As the lead design engineer responsible for coordinating and reviewing the engineering design of a 10000 t/a lost foam casting

Aluminum and magnesium alloys have been widely adopted in automotive, aerospace, electrical, and electronic industries because of their excellent corrosion

As a foundry engineer who has spent considerable years working with the evaporative pattern casting process, I have come to

In this study, I systematically investigated the influence of rare earth silicoferrite alloy additions on the microstructure and mechanical properties

As an educator and researcher deeply involved in materials science and engineering, I have long been fascinated by the potential

Lost foam castings have become an important process for manufacturing complex aluminum alloy housings, especially when product development time is

Throughout my years of work with lost foam castings, I have come to appreciate the fact that the gating system

Lost foam casting is a near-net-shape technology that significantly reduces production steps and costs while offering excellent dimensional accuracy and

In the aluminum electrolysis industry, anode steel claws are essential components of prebaked anode electrolytic cells. Their primary functions are

Keywords: lost foam castings; sand defects; slag defects; evaporative pattern casting coating; white foam pattern bonding; product yield improvement. In