Yusheng Shi
Yusheng Shi, Ph.D
professor
State Key Laboratory of Materials Processing and Die & Mould Technology, School of Materials Science and Engineering, Huazhong University of Science and Technology, Wuhan 430074, China
shiyusheng@hust.edu.cn
Biography:
Prof. Yusheng Shi，born in 1962, acting as the Huazhong Scholar leading Special Term Professor in Huazhong University of Science and Technology (HUST), is now undertaking several duties including the secretary of the CCP committee of School of Materials Science and Engineering in HUST, director of national-local united engineering laboratory (Hubei) of numerical materials processing technology and equipment, chief scientist of theme expert group in innovation special zone of national defense science and technology, committee member of expert board in industrial alliance of Chinese additive manufacturing, vice-director committee member of additive manufacturing branch of Chinese Mechanical Engineering Society, chairman of Hubei provincial 3D printing alliance. He won 1 Top 10 Science and Technology Progress of China, 1 Second Class Prize of National Technological Invention, 1 Second Class Prize of National Science and Technology Progress, 5 First Class Prizes of Provincial Level, 5 Sceond Class Prizes of Provincial Level, 2 awards of international patent, 1 excellent patent of Hubei Province, 1 Top 10 Science and Technology Achievement Transform Project. He also got outstanding award of China invention and entrepreneurship award and current inventor, top 10 outstanding invention person of China science, award nomination for top 10 national outstanding scientific and technical worker, special national government allowance, personal award for great contribution for Wuhan city and May lst Labour Medal in Hubei province, etc. His group has been selected as the innovation group of Ministry of Education of China and Hubei province, the graduate students tutored by him got 1 award nomination of national outstanding doctor’s thesis, 5 awards of outstanding doctor’s thesis in Hubei province and 3 awards of outstanding master’s thesis in Hubei province.
Abstract:
Additive manufacturing of ceramics and its potential applications
Ceramic components are expected to be widely used in various fields due to their excellent properties, including high strength, high-temperature capability and corrosion resistance, etc. However, there are some restrictions in preparing ceramic components with complex structures by traditional manufacturing methods. Additive manufacturing has shown great advantages in fabricating ceramic components of high geometrical design freedom and structure complexity without molds. Nevertheless, there are still many issues in the preparation of ceramic components via additive manufacturing. In this respect, lots of related researches on additive manufacturing of different kinds of ceramics have been successfully done by Prof. Yu-Sheng Shi’s group in Huazhong University of Science and Technology. Firstly, the present research status of ceramic parts fabricated by additive manufacturing is systematically introduced, such as selective laser sintering (SLS), selective laser melting (SLM), fused deposition modeling (FDM), laminated objected manufacturing (LOM) and stereo-lithography apparatus (SLA), etc. Secondly, our recent research works on additive manufacturing of porous/dense ceramic components and related manufacturing equipments are introduced. Finally, the applications and challenges for additive manufacturing of ceramics are elaborated. The preparation of high-performance ceramic components by additive manufacturing shows promising application in the fields of aerospace, marine equipment, biomedical and electronics industries, etc.
professor
State Key Laboratory of Materials Processing and Die & Mould Technology, School of Materials Science and Engineering, Huazhong University of Science and Technology, Wuhan 430074, China
shiyusheng@hust.edu.cn
Biography:
Prof. Yusheng Shi，born in 1962, acting as the Huazhong Scholar leading Special Term Professor in Huazhong University of Science and Technology (HUST), is now undertaking several duties including the secretary of the CCP committee of School of Materials Science and Engineering in HUST, director of national-local united engineering laboratory (Hubei) of numerical materials processing technology and equipment, chief scientist of theme expert group in innovation special zone of national defense science and technology, committee member of expert board in industrial alliance of Chinese additive manufacturing, vice-director committee member of additive manufacturing branch of Chinese Mechanical Engineering Society, chairman of Hubei provincial 3D printing alliance. He won 1 Top 10 Science and Technology Progress of China, 1 Second Class Prize of National Technological Invention, 1 Second Class Prize of National Science and Technology Progress, 5 First Class Prizes of Provincial Level, 5 Sceond Class Prizes of Provincial Level, 2 awards of international patent, 1 excellent patent of Hubei Province, 1 Top 10 Science and Technology Achievement Transform Project. He also got outstanding award of China invention and entrepreneurship award and current inventor, top 10 outstanding invention person of China science, award nomination for top 10 national outstanding scientific and technical worker, special national government allowance, personal award for great contribution for Wuhan city and May lst Labour Medal in Hubei province, etc. His group has been selected as the innovation group of Ministry of Education of China and Hubei province, the graduate students tutored by him got 1 award nomination of national outstanding doctor’s thesis, 5 awards of outstanding doctor’s thesis in Hubei province and 3 awards of outstanding master’s thesis in Hubei province.
Abstract:
Additive manufacturing of ceramics and its potential applications
Ceramic components are expected to be widely used in various fields due to their excellent properties, including high strength, high-temperature capability and corrosion resistance, etc. However, there are some restrictions in preparing ceramic components with complex structures by traditional manufacturing methods. Additive manufacturing has shown great advantages in fabricating ceramic components of high geometrical design freedom and structure complexity without molds. Nevertheless, there are still many issues in the preparation of ceramic components via additive manufacturing. In this respect, lots of related researches on additive manufacturing of different kinds of ceramics have been successfully done by Prof. Yu-Sheng Shi’s group in Huazhong University of Science and Technology. Firstly, the present research status of ceramic parts fabricated by additive manufacturing is systematically introduced, such as selective laser sintering (SLS), selective laser melting (SLM), fused deposition modeling (FDM), laminated objected manufacturing (LOM) and stereo-lithography apparatus (SLA), etc. Secondly, our recent research works on additive manufacturing of porous/dense ceramic components and related manufacturing equipments are introduced. Finally, the applications and challenges for additive manufacturing of ceramics are elaborated. The preparation of high-performance ceramic components by additive manufacturing shows promising application in the fields of aerospace, marine equipment, biomedical and electronics industries, etc.