Baoji First Titanium Industry(Group) Co., Ltd..​​
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China has successfully developed high-strength titanium alloys which have been used to manufacture new fighters
Source: | Author:fushite2 | Publish time: 2019-08-13 | 267 Views | Share:
            There is such a member of the Communist Party of China Aviation Industry Aviation Material Academy. He dared to innovate and break through the past situation of blindly imitating titanium alloys used in the structure of "Russian" or "American" aviation aircraft, led the scientific research team, independently innovated, and created an aeronautical titanium alloy material system with Chinese characteristics; he was good at studying and combining the results of innovative research with practice quickly, so as to realize "production, learning, research, research and development". He is willing to be lonely and sticks to the front line of scientific research and production silently for 23 years. He is willing to devote himself. He learns from Yan Minggao, a famous material scientist and academician of the Chinese Academy of Sciences, but is low-key and diligent. He pursues the dream of serving the country by aviation in the "titanium" air. He is Zhu Zhishou, the chief technical expert of Titanium Alloy Material Technology of China Aviation Industry Group Corporation.
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            Zhu Zhishou, born in 1966, Doctor of Engineering, Research Fellow and Doctoral Tutor of Beijing Institute of Aeronautical Materials, China Aviation Industry. Since 1991, Zhu Zhishou has been engaged in basic research and applied research of titanium alloys for aviation. He has completed 11 key national science and technology projects, 3 key model technology projects and 5 key national technology projects currently under his chair. As the first accomplishor, Zhu Zhishou has won one second-class national science and Technology Progress Award in 2012 and one national defense science and technology award. First prize for progress and first prize and second prize for China Aviation Industry Science and Technology Achievement Award; more than 80 research papers and 2 monographs have been published by the first author, and 5 national invention patents have been authorized; second prize and second prize have been awarded for national defense preliminary research, and first prize for a key type of validation aircraft. As a member of the Communist Party of China Aviation Industry Aviation Material Academy, it has been made in the field of aviation titanium alloy materials and applications. He dared to innovate and break through the past situation of blindly imitating titanium alloys used in the structure of "Russian" or "American" aviation aircraft, led the scientific research team, independently innovated, and created an aeronautical titanium alloy material system with Chinese characteristics; he was good at studying and combining the results of innovative research with practice quickly, so as to realize "production, learning, research, research and development". He is willing to be lonely and sticks to the front line of scientific research and production silently for 23 years. He is willing to devote himself. He learns from Yan Minggao, a famous material scientist and academician of the Chinese Academy of Sciences, but is low-key and diligent. He pursues the dream of serving the country by aviation in the "titanium" air. He is Zhu Zhishou, the chief technical expert of Titanium Alloy Material Technology of China Aviation Industry Group Corporation.
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            Zhu Zhishou, born in 1966, Doctor of Engineering, Research Fellow and Doctoral Tutor of Beijing Institute of Aeronautical Materials, China Aviation Industry. Since 1991, Zhu Zhishou has been engaged in basic research and applied research of titanium alloys for aviation. He has completed 11 key national science and technology projects, 3 key model technology projects and 5 key national technology projects currently under his chair. As the first accomplishor, Zhu Zhishou has won one second-class national science and Technology Progress Award in 2012 and one national defense science and technology award. First prize for progress and first prize and second prize for China Aviation Industry Science and Technology Achievement Award; more than 80 research papers and 2 monographs have been published by the first author, and 5 national invention patents have been authorized; second prize and second prize have been awarded for national defense preliminary research, and first prize for a key type of validation aircraft. He has been awarded the Aviation Presentation Award for Excellent Contribution and the Top Ten Persons in China Aviation Industry for his important contributions in the field of aviation titanium alloy materials and applications. In 2013, he was awarded the honorary title of "Model Labor in Central Enterprises" by the Ministry of Human Resources and Social Security of the State Council and SASASAC of the State Council; he was selected as "National Millions of Talents Project" and was awarded the title of "Young and Middle-aged Expert with Outstanding Contribution".
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             Every technological progress of the new titanium alloy materials in aviation blends the innovative blood of the research team, condenses the wisdom of being good at research, drips the sweat of being willing to be lonely and immerses the feeling of being willing to contribute, which is the concrete reflection of Zhu Zhishou's spirit of carrying forward excellent Party members. The research team led by him has realized that the key titanium alloy backbone materials of our country are based on the domestic independent guarantee, and has successively established the titanium alloy materials and application technologies for aircraft structures, such as low strength and high toughness, medium strength and high toughness damage tolerance, high strength and high toughness damage tolerance, ultra-high strength and ultra-high toughness. The aeronautical titanium alloy material system with Chinese characteristics has made important contributions.
             Zhu Zhishou spends most of the year commuting between aircraft factories, forging factories and material factories. He said that technological innovation should combine factories with practical applications to form an integration of production, learning, research and application. Through application innovation, he has achieved the first breakthrough in mass application of "zero" on key bearing components of aircraft in our country. Among them, the independently developed high strength and high toughness titanium alloy with damage tolerance has been installed on the key bearing parts of many aircraft models in China, and the medium strength and high toughness titanium alloy with damage tolerance has also been widely used on the key bearing parts of a new type of aircraft, forming the "strength matching and synthesis" of titanium alloy materials for aircraft structure in China. The basic pattern of "complementary performance advantages" meets the design and application objectives of the new generation of aircraft with high reliability and high weight loss, and improves the titanium alloy consumption and application level of aircraft in China.
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Zhu Zhishou insists on innovation at the source, and bravely explores the frontier of basic research on new high performance titanium alloy materials for aviation, such as ultra-high strength, toughness and extreme environment. He constantly challenges new innovative goals and limits in order to meet the needs of future aircraft for high performance titanium alloy materials in his ordinary science and technology.
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