American Journal of Engineering and Applied Sciences

Manufacturing of Advanced Materials

Description

The development of rapid solidification technology has advanced the liquid forming process to a state far from equilibrium, which has greatly promoted the development of non-equilibrium new materials such as amorphous, fine-crystalline, and microcrystalline. The traditional rapid solidification pursues a high cooling rate and is limited to the preparation of low-dimensional materials and the preparation of amorphous wires and foils. In recent years, rapid solidification technology has been developed mainly in two aspects: Using injection molding, ultra-high pressure, deep undercooling, combined with appropriate composition design, development of rapid solidification technology for direct molding of bulk materials; Preparation under near rapid solidification conditions New materials with special orientation and organizational structure. At present, rapid solidification technology is widely used in the preparation and molding of amorphous or ultra-fine structured wire, strip and bulk materials.

The special issue "Manufacturing of Advanced Materials" aims to develop integrated technology of material design, preparation, and molding processing, which can realize high-efficiency, near-net-shape, and short-process molding of advanced materials and parts. Typical technologies include injection technology, powder injection molding, laser rapid prototyping, etc., which are research hotspots in the preparation and molding of stainless steel, high temperature alloys, titanium alloys, refractory metals and intermetallic compounds, ceramic materials, composite materials, and functionally gradient materials.

This issue will publish high-quality reviews and research articles. There is no restriction on the length of the papers. Full experimental and methodological details, as applicable, must be provided, and the special issue will be supported by American Journal of Engineering and Applied Sciences (http://thescipub.com/journals/ajeas). All submissions must adhere to the AJEAS journal's format requirements.

AJEAS is an open-access peer-reviewed technical journal which publishes original research contributions and is an unparalleled resource for key advances in the field of engineering. Scope of the journal includes, but not limited to, applied physics and applied mathematics, automation and control, biomedical engineering, chemical engineering, civil engineering, computer engineering, computer science, data engineering and software engineering, earth and environmental engineering, electrical engineering, industrial engineering and operations research, information technology, and informatics, materials science, measurement and metrology, mechanical engineering, medical physics, power engineering, signal processing, and telecommunications. Manuscripts regarding original research proposals and research ideas are highly appreciated. Manuscripts containing summaries and surveys on research cooperation and future projects (as those founded by national governments or others) are likewise appreciated, as they provide interesting information for a broad field of users.

Topics of interest include, but are not limited to:

1. Rapid solidification
2. Semi-solid molding
3. Moldless molding
4. Superplastic forming technology
5. Metal powder material molding processing
6. Ceramic colloidal molding
7. Laser rapid prototyping
8. Electromagnetic field additional preparation and molding technology
9. Advanced connection technology
10. Surface modification
11. Short process and high efficiency of conventional material processing technology.
12. Develop advanced forming technology to achieve precise control of organization and performance
13. Material design (including composition design, performance design and process design), integration of preparation and forming processing
14. Develop new preparation and forming processing technologies, develop new materials and new products
15. Develop computer numerical simulation and process simulation technology, and build a complete material database
16. Intelligent preparation and forming processing technology of materials
17. Industry 4.0 advanced technology 
18. Intelligent manufacturing technology 
19. New technologies and new applications for automobile lightweight 
20. New technology of mold manufacturing 
21. New material molding and simulation technology 
22. Advanced molding technology related machinery and equipment, new energy-saving technology 
23. 3D printing technology

Guest Editors

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