Low-pressure casting, as a mature forming technology, offers smooth mold filling, low cost, and high-quality castings, making it widely adopted […]
To achieve vehicle lightweighting, we established a solid model of an aluminum alloy steering knuckle and conducted multi-condition topology optimization
Aluminum alloy castings are extensively utilized in aerospace, automotive, and rail industries due to their superior strength-to-weight ratio and corrosion
Abstract:This paper presents a comprehensive study on the optimization of process parameters and their impact on the performance of aluminum
Abstract This study investigates the influence of rare earth Ce on the microstructure and properties of semi-solid squeeze casting AlSi10Cu3Fe
Abstract To achieve lightweight design of automotive bodies, this study focuses on the optimization of aluminum alloy steering knuckles through
Introduction In the competitive landscape of the new energy vehicle market, the focus has shifted towards extending the driving range
1. Introduction 1.1 Background In recent years, the consumer electronics industry has witnessed rapid growth and continuous innovation. The demand
1. Introduction The metal pressure vessel industry is an important part of the equipment manufacturing industry and reflects a country’s
Abstract In order to comprehensively improve the motion and mechanical performance of the clamping unit in squeeze casting equipment, a
Numerical simulations were conducted on 6082 aluminum alloy automotive flange parts using different extrusion casting process parameters, and the location
The inclined head pipe is a component of the electric skateboard body, which connects the frame to the steering bar
The mechanical properties of different parts of A356 extruded castings were calculated using finite element analysis based on microstructure characteristics.
As a key component of the automotive chassis, squeeze casting steering knuckles bear complex and diverse loads during vehicle operation,
Key problems and solutions to be solved by the large-scale casting composite squeeze casting forming equipment. According to the analysis
1. Large hydraulic press Composite squeeze casting is a new squeeze casting method proposed in. At present, there is no
According to the definition of composite squeeze casting, the process flow of the composite squeeze casting forming method is as
The system model of the composite squeeze casting forming system established provides the basis for the production logistics simulation of
The characteristics of compound squeeze casting die for large parts are as follows: only one cavity is set in one
Direct squeeze casting technology has a short pressure transmission distance because the pressure directly acts on the surface of liquid
From the analysis of key technical problems, it can be seen that the composite squeeze casting die for large parts
At present, there are two main squeeze casting methods: direct squeeze casting and indirect squeeze casting. Researchers in various countries
The main function of squeeze casting die in the forming process is to complete the liquid metal forming and ensure
The composite squeeze casting method adopts the closed mold filling method, which is similar to the indirect squeeze casting. Therefore,
A lot of research and application have been carried out on Squeeze Casting Technology in foreign countries. For example, casting
With the rapid development of economy, the domestic demand for large and complex castings in the fields of automobile, aviation,
Some progress has been made in the research on the forming method and equipment of composite squeeze casting. The research
(1) A forming method of composite squeeze casting for large parts was proposed. According to this method, a composite squeeze
1.Forming process scheme The filling temperature of the large wheel hub composite squeeze casting method is 720 ℃, the moving
Compared with the traditional squeeze casting die, the key problems to be solved in the composite squeeze casting die for
