Editor's Message

As one of the key engineering materials in the 21st century, advanced titanium alloys have shown a wide range of application prospects in aerospace, medical devices, automobile manufacturing and other fields with their excellent strength-to-weight ratio, excellent corrosion resistance and excellent biocompatibility. With the development of science and technology and the growth of demand for high-performance materials, the exploration of new uses and new processes of advanced titanium alloys has become an important driving force to promote innovation in related industries. This album aims to "cultivate advanced materials, new quality productivity service high level of science and technology self-reliance" as the theme, around the basic theoretical research of titanium alloy, common technology research, engineering applications and other topics, to jointly explore the frontier issues and development trends in this field. This album is guest edited by Professor Zhao Yongqing, Deputy chief engineer of Northwest Non-ferrous Metals Research Institute, and Professor Xin Shewei, director of Titanium Alloy Research Institute of Northwest Nonferrous Metals Research Institute.

Guest Editor-in-Chief

Zhao Yongqing, professor, Deputy Chief Engineer of Northwest Nonferrous Metals Research Institute, part-time doctoral supervisor of Chang 'an University. National 10,000 plan scientific and technological innovation leading talent, national 973 Plan chief scientist (titanium alloy), National innovation talent promotion plan key areas of innovation team "titanium alloy development and innovation team" leader. National model worker, national candidate for the New Century Millions of Talents Project, government special allowance expert, national outstanding scientific and technological workers and other honors. Presided over including the national 973 plan, science and technology support plan, 863 plan, National defense 973 plan, international cooperation projects, final assembly pre-research projects, military equipment projects, natural fund (key) projects, etc., has won the second prize of national science and technology progress, the third prize of 1, 8 provincial and ministerial science and technology first prize, 12 second prize. Innovative development of more than 30 titanium alloys; 92 authorized invention patents; Published more than 300 SCI indexed papers; He has edited monographs such as "Metallographic Atlas of Titanium and Titanium Alloys" (1st chief editor), "Phase transformation and Heat Treatment of Titanium Alloys" (1st chief editor), "New Alloy Materials -- Titanium Alloys" (1st chief editor), "Titanium Alloys and Applications" (2nd chief editor), and "Research on the Development Strategy of Chinese titanium Alloys Materials and Applications" (2nd chief editor).

Xin Shewei, professor, Director of Northwest Nonferrous Metals Research Institute, has been committed to the research of high temperature titanium alloys, high strength titanium alloys and flame retardant titanium alloys. He has presided over and participated in the research of more than 10 national projects and dozens of processing projects commissioned by enterprises. He has published more than 50 academic papers as the first author or corresponding author, and the papers have accumulated hundreds of citations. More than 20 types of patents have been declared. He won the second prize of Science and Technology of China Nonferrous Metal Industry, the first prize of Science and Technology of Shaanxi Province, and the first prize of science and Technology of Xi 'an City. Invited to give academic reports in relevant domestic units for many times, invited to give chapter invitation reports as the chairman of the domestic conference branch for many times, and reviewed manuscripts for many international and domestic journals. Selected as a core member of the national "science and technology innovation" team, won the Shaanxi Province "May 1 Labor Medal" honor, won the Shaanxi Province Science and Technology Working Committee "position learning Lei Feng model", won the Shaanxi Province "position learning Lei Feng model".

Scope (including but not limited to):

Design and calculation simulation of new titanium alloy composition

Advanced fabrication technology (additive manufacturing, precision forming, etc.)

Microstructure control and performance optimization mechanism

Surface modification and corrosion resistance technology breakthrough

Innovative applications in aerospace, biomedical and other fields

Development and industrialization of titanium matrix composites

Manuscript Requirement

Original research papers or reviews; It is accepted after peer review by our journal

Process Arrangement

Submission deadline: August 31, 2025

Proposed publication date: November 30, 2025

Contribution column

2025 Advanced Titanium Alloys

Submission site

http://rmme.ijournals.cn/rmmeen/home

https://mc03.manuscriptcentral.com/rmme

Contact number

0086-29-86231117