Stanford University News Service
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September 2, 2004
Mark Shwartz, News Service: (650) 723-9296, firstname.lastname@example.org
Joel H. Ferziger, professor emeritus of mechanical engineering at Stanford University and an internationally recognized authority in the field of thermoscience, died of pancreatic cancer at Stanford Hospital on Aug. 16. He was 67.
A memorial service was held on Aug. 19 at Congregation Kol Emeth in Palo Alto, Calif., where he and his wife, Eva Ferziger, resided.
A member of the Stanford faculty for 43 years, Ferziger was recognized for developing computer simulations to model complex turbulent flows, such as the transport of oxygen and plankton in oceans and estuaries. His work also contributed to the design of more efficient, quieter and environmentally benign gas turbine engines for aircraft.
"Joel pioneered a new approach to predicting turbulent flows, which had a big impact for the prediction of weather and aerodynamic forces," said Parviz Moin, a professor of mechanical engineering at Stanford. "He also pioneered a set of undergraduate and graduate courses in the area of computational mathematics that became quite popular as computers got faster."
Ferziger was born on March 24, 1937, in Brooklyn, N.Y. Even as a child, he had a strong interest in the sciences, particularly chemistry. He began college at age 16 at the Cooper Union in New York, where he received an undergraduate degree in chemical engineering in 1957. He then enrolled in the nuclear engineering program at the University of Michigan, where he earned a master's degree in 1959 and a doctorate in 1962.
Ferziger became an assistant professor of mechanical engineering at Stanford in 1961 at age 24 and was named full professor in 1972. He also held a courtesy professorship in the Department of Civil and Environmental Engineering.
At his retirement party earlier this year, Ferziger paid special tribute to Stanford. "This has been my dream job for 43 years," he told his colleagues. "I cannot imagine wanting to do anything else. If I were independently wealthy, I probably would have done it for free."
Ferziger was active in nuclear engineering until the early 1970s, when he began exploring the development of computer simulations of complex turbulent flows. He was a pioneer of the large eddy simulation method, which is used to predict the motion of large structures in the turbulent flow of a fluid.
"Joel's death is a big loss to the fluid mechanics community and to the campus community in general," said Sanjiva Lele, a professor of mechanical engineering at Stanford. "His personality was terrific. Besides being an intellectual leader, he was very much the glue in our department."
In addition to conducting his own research, Ferziger was as an adviser to dozens of engineering graduate students. "He supervised more than 50 Ph.D.s -- more than one Ph.D. graduate a year," Moin noted. "This is a tremendous feat."
Ferziger loved to travel and visited numerous places, from Yosemite to Paris, even while undergoing treatment for his illness. He also had a passion for gourmet cooking and wine, and hosted frequent gatherings at his home for his students, family and friends.
"He enjoyed living well," recalled Stanford colleague Stephen G. Monismith, a professor of civil and environmental engineering. "I was invited over to his house several times to have dinner with him and Eva. He was just a good person."
Awards and honors
Ferziger received numerous honors during his lifetime. He was a National Science Foundation Fellow from 1957 to 1960, a Fulbright Fellow in the Netherlands from 1967 to 1968 and a visiting professor at Queen Mary College in London in 1979. He also received the Alexander von Humboldt Award in 1987 and a Max Planck Research Prize in 1991.
During his career, Ferziger wrote more than 100 archival journal articles and several textbooks, including Computational Methods for Fluid Dynamics published in 1996 and coauthored by Milovan Peric.
"Joel was a very close colleague and a very good friend," recalled Jeffrey R. Koseff, a professor of civil and environmental engineering at Stanford. "We collaborated actively on research projects for the past 17 years, jointly supervised a number of Ph.D. students and wrote a dozen papers together. I will miss his brilliance and his warm, empathetic collegiality greatly."
In addition to his wife, Ferziger is survived by daughters Shoshana Cohen of Menlo Park, Calif., and Ruth Ferziger of San Jose; stepson Tom Kramer of San Francisco; and two grandchildren.
"None of us really realized how brilliant he was or could appreciate his contributions to the field of thermoscience," said Cohen. "We just took it for granted that everyone's father was like him."
The family requests that donations in his memory be made to any of the following organizations: the American Cancer Society, Congregation Kol Emeth in Palo Alto or the Palo Alto chapter of the American Red Cross.
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