Shi Zhongci, 1933, was born in Ningbo, Zhejiang Province on February 5th. He is a mathematician, academician of China Academy of Sciences, researcher of Institute of Computational Mathematics and Scientific Engineering Computing of China Academy of Sciences, director of academic committee of State Key Laboratory of Scientific and Engineering Computing, and honorary president of Zhejiang Wanli College.

1955 Shi Zhongci went to work in the Institute of Mathematics of China Academy of Sciences after graduating from the Department of Mathematics of Fudan University; 1956 went to the Soviet union to study computational mathematics; 1960 After returning to China, he studied under the mathematician Feng Kang at the Institute of Computing Technology, Chinese Academy of Sciences. From 1965 to 1986, he taught at the Chinese University of Science and Technology; 1987 supported the transfer of Feng Kangyuan's work unit as the director of the Computing Center of Chinese Academy of Sciences; 199 1 Elected Academician of China Academy of Sciences; In 2005, he was hired as the president of Zhejiang Wanli College.

Shi Zhongci is engaged in the theoretical research and application of finite element, and the spline finite element pioneered by him has been widely used in practical calculation, which has caused a lot of follow-up work to study the convergence of nonconforming elements.

Chinese name: Shi Zhongci.

Nationality: China.

Place of birth: Ningbo, Zhejiang

Date of birth:193365438+February 5th.

Occupation: educational and scientific research worker

Graduate school: Fudan University

Main achievements: 199 1 Elected as an academician of China Academy of Sciences.

Representative works: finite element method and mathematical theory of elastic structure.

Character experience

193365438+On February 5th, Shi Zhongci was born in Yinxian, Ningbo, Zhejiang.

1948, admitted to Ningbo public middle school.

195 1 was admitted to the Mathematics Department of Zhejiang University, because he was also interested in literature, art, history and other disciplines, and his second choice was the Music Department of the Central Conservatory of Music.

1952, due to the adjustment of colleges and universities, he transferred to the mathematics department of Fudan University in Shanghai in the second year.

1955 Under Chen's guidance, he completed the university graduation thesis on univalent function theory, graduated from the Department of Mathematics of Fudan University, and was assigned to work in the Institute of Mathematics of China Academy of Sciences.

1956, as the first batch of scholars, was sent to the Skolov Institute of Mathematics of the former Soviet Academy of Sciences to study computational mathematics.

1960, after returning to China, he worked in the Institute of Computing Technology of Chinese Academy of Sciences and participated in the establishment and development of computational mathematics in China led by Professor Feng Kang. He was assigned to 32 groups of calculation method laboratories, specializing in dam design.

1965 to 1986 taught at China university of science and technology, and served as the director of the department of mathematics and the director of the computing center.

1987- 199 1 worked in the computing center of China academy of sciences as the director of the center.

1990, Feng Kang and Shi Zhongci jointly established the "State Key Laboratory of Science and Engineering Computing of China Academy of Sciences" directly funded by the Planning Commission, with Shi Zhongci as the director.

199 1 Elected Academician of China Academy of Sciences.

65438-0993 presided over the second phase of the national climbing plan project "Methods and theories of large-scale scientific and engineering calculation" and served as the chief scientist.

65438-0995 Director of Institute of Computational Mathematics, China Academy of Sciences, Member of Academic Committee of State Key Laboratory of Scientific and Engineering Computing.

In 2005, he was hired as the president of Zhejiang Wanli College.

20 15 retired as the president of Zhejiang Wanli University and became the honorary president due to his age.

Major achievements

achievements in scientific research

At the end of 1950s, Shi Zhongci established a new algorithm combining variational principle and perturbation theory, calculated a good approximation of the lowest energy state of helium atom, studied the position of matrix eigenvalue, and obtained a high-precision upper and lower bound estimation formula. Since the mid-1970s, he has been engaged in the theoretical research and application of finite element. The first spline finite element has been widely used in practical calculation, which has caused a lot of follow-up work to study the convergence of nonconforming elements, proved that a popular test method in the world is unnecessary and insufficient, and put forward a new criterion to discover a series of strange convergence properties of nonconforming elements, theoretically confirmed the phenomenon analysis observed in early engineering calculation, and proved the convergence of many nonconforming elements.

According to the website of Zhejiang Wanli University at 20 19, 1 1, Shi Zhongci won the German Humboldt Research Fund for three times, 198 1983, 1985, 1994, and visited many times.

Up to 20 17 and 10, Shi Zhongci has won the major scientific and technological achievement award, natural science award and national natural science award of China Academy of Sciences.

personnel training

From 65438 to 0964, Shi Zhongci was officially transferred to the Chinese University of Science and Technology to teach, and was responsible for the construction of computational mathematics. He used to be the deputy director of the Computational Methods Research Office of the Department of Mathematics of the Chinese University of Science and Technology. He started his teaching career from writing textbooks, giving lectures, using computers, taking graduation thesis for college students, and guiding master students and doctoral students.

20 10 On September 3rd, Shi Zhongci was invited to give a lecture entitled "My Mathematics Career" in the main building of the second campus of Harbin Institute of Technology (B 1 1).

2065438+On September 2, 2004, Kloc-0, Shi Zhongci was invited to give a report entitled "The Course of Doing Research: From Wilson's Inconsistent Finite Element" in Kaiyuan Campus of Henan University of Science and Technology.

On April 28th, 20 17, Shi Zhongci was invited to give a special report entitled "My Road to Mathematics-Opportunity is for those who are prepared" at Jiangsu Normal University.

2065438+On June 2, 2007, Shi Zhongci was invited to give a special report entitled "My Road to Mathematics" to the teachers and students of Tongji University.

On October 20 171012 1 day, Shi Zhongci was invited to attend the chinese mathematical society 2017 Xiangtan Science Popularization Report held in the Second Auditorium of Hunan Institute of Science and Technology, giving an academic report entitled "Big Data and Computational Mathematics".

20 18,101On October 29th, Shi Zhongci was invited to give a report entitled My Opinions on Mathematics and Data Science in the School of Mathematical Sciences of South China Normal University.

On October 30th, 2065438+0818/KLOC-0, Shi Zhongci was invited to give a lecture entitled "My Opinions on Mathematics and Data Science" to more than 200 teachers and students in the conference room of Bajiao Building in the South Campus of Guangdong University of Foreign Studies.

On 201910/6, Shi Zhongci returned to his alma mater to give lectures and exchange, bringing a lecture to more than 800 senior one students in Ningbo Middle School.

Honor recognition

social service

Personality assessment

With a solid mathematical foundation, Shi Zhongci has made many creative achievements in the theoretical and applied research of computational mathematics, and has reached the international leading position, which has profound theoretical significance and is closely combined with practice, which has guiding significance for engineering calculation and promoted the significant development of finite element method. (China Science Journal Review)

Academician Shi Zhongci is good at numerical solutions of differential equations and has made important contributions to the theory and application of finite element methods. (Liaocheng University Review)

Shi Zhongci's creative achievements in computational mathematics theory and application research, especially his outstanding achievements in finite element theory and application. (The First CSIAM Su Qing Bu Applied Mathematics Award)