The new fighter baked Chinese fighter technology made a major breakthrough

Chu Chi Ting, born in 1966, Ph.D., researcher at the Beijing Institute of Aeronautical Materials, AVIC, AVIC titanium alloy technology chief technologist. Since 1991 basic and applied research in aviation titanium alloy, Chu Chi Ting its inexhaustible ability to innovate, has presided over the completion of the national key scientific and technological projects 10 Model 3 technology research projects.

6 national technology research projects currently being chaired; obtained a National Science and Technology Progress Award, the National Defense Science and Technology Progress Award, third prize a AVIC level scientific and technological achievements of the first prize of a two The two other awards; research papers published more than 70 papers, authorized by the national invention patent 2, one of the National Defense Authorization patent, applied for patent 7 received the Outstanding Contribution Award "for the aviation industry.

As in the aircraft industry, chairman Lin left Naruto evaluation flight materials hospital when it comes to the "sky cast sword, the material at the head, as in the aircraft industry titanium alloy materials, chief technical expert, Zhu Zhi Shou leadership research team realization of our key titanium alloy backbone material based on the domestic and autonomous protection for the first time to get rid of the aircraft structure with titanium alloy materials imitation Russia and U.S. Department of titanium alloy long-term dependence.

He has created our high-toughness (TC21) and high strength and toughness (TC4-DT) aircraft structural application technology of high-performance damage tolerance limit-type titanium alloy materials and application technology, as well as ultra-high-strength titanium alloy (TB8) for China aircraft with advanced titanium alloy series development, has made an important contribution to the formation of a titanium alloy system with Chinese characteristics. In early 2012, Zhu Zhi Shou research projects completed under the auspices of the year 2011 National Science and Technology Progress Award by the party and state leaders met.

Innovation leading technological progress. Chu Chi Ting process innovation in aviation materials application technology research, to achieve a major leap from a single high-performance integrated high-performance of a new generation of aviation titanium alloy material. He has presented two national invention patent technology, as well as integrated high-performance titanium alloy materials processing, welding and forming series of the new titanium the quasi forging process and titanium alloys quasi heat treatment process applied technology, the formation of a new generation of aircraft Tolerance Titanium Alloy Series application technology system with high-performance injury.

For example, through the material and process innovation, TC21 titanium alloys set of high-strength, high toughness, high modulus, excellent welding performance and damage tolerance of five major features in one, the overall performance level of the world's leading; while the TC4-DT titanium alloy in , high toughness, excellent welding performance, damage tolerance characteristics, compared to similar foreign material has excellent performance of a more comprehensive, and promote the use of our aircraft titanium alloy from imitation to innovation, tolerance to damage from static strength comprehensive performance from a single high-performance to major leap.

The Chu Chi Sau ability to innovate is not only reflected in the scientific research on the application, he is also expert. He asked the two patented technologies, the formation of a new generation of aircraft with high-performance injury Tolerance Titanium Alloy Series application technology system. He often said that technological innovation does not completely engage in laboratory research, but also with the factory with the actual application, the formation of research with integration. The Chu Chi Ting annual one most of the time to be between the aircraft factories the Forge and materials factory, his innovative research results rapidly and reality, and innovative applications.

Him through the application of innovation in our country for the first time to achieve a the damage tolerance limit type titanium alloy on critical aircraft bearing components "zero" breakthrough. Generation of materials, generation equipment. In order to meet the high weight loss and long-life design requirements of new generation aircraft, Chu Chi Ting is the first time to create China's first High Strength Damage Tolerance Titanium Alloy (TC21) the leading critical load-bearing parts installed on multiple machines Application.

Of damage tolerance the restricted type titanium alloy volume applications in critical load-bearing parts of our aircraft, to achieve a "zero" breakthrough, so as to enhance our aircraft titanium alloy dosage and application level and the safety and reliability; and further TC4-DT Tolerance Titanium Alloy in our aircraft on a large number of applications in strong high damage, thereby enhancing the effect of weight loss of the aircraft, service life and safety and reliability, must be based on the domestic titanium alloy in our key backbone, and take the road of independent innovation, get rid of the aviation critical titanium alloy material has long been dependent on foreign passive situation and achieve self-protection has made an important contribution.

Innovation by exploring new aviation materials developed mode, Chu Chi Ting-led research team has opened a Chinese characteristics established the aviation backbone materials research and engineering application mode. Presided over the pre-research in the Ninth Five-Year Plan, the 15 pre-research and "Eleventh Five-Year" pre-study materials, special projects, Chu Chi Ting basis of superior authority in decision-making and the development of the aviation industry requirements, choose long hindered the development of our equipment titanium alloy The key technology for the breakthrough point.

Innovation, through the development of the model transformation in a timely manner after the key technological breakthroughs, the development of tissue engineering, the creation of a small investment, short period, the effect is good, in line with the national conditions and materials research and engineering applications of the law of development mode, follow the materials development and application of research the principle of the whole process to resolve the fault from technology research to engineering applications, rapidly enhance the technical maturity of the backbone material, providing timely and reliable technical support for engineering and model applications.

The Chu Chi Ting at the same time promote the establishment of a management innovation mechanism, give full play to the team spirit of "unity, cooperation, set of intellectual research, train young backbone of relying on experts for technical checks on major node to take a systems engineering approach, the project authorities and the Order of the research unit implement refined management, strengthen node assessment and process monitoring to ensure that key the backbone materials developed and successfully applied in accordance with the contract.