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Computational fluid dynamics / Norwegian Academy of Science and Letters / Peter Lax / Guggenheim Fellows / Shock capturing methods / Lax equivalence theorem / Burton Wendroff / Robert D. Richtmyer / John von Neumann / Mathematics / Mathematical analysis / Academia


Document Date: 2013-07-25 21:38:10

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Exxon / /

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Hungary / Japan / United States / /

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Courant Institute / University Interview / Computer History Museum / University of California / /

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good discontinuous solutions / massive computing / hyperbolic systems / computing / /

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High School / New York University / US Department of Energy / Courant Institute / Institute for Advanced Study / Society for Industrial and Applied Mathematics / Center Univ. / Providence / American Mathematical Society / University of California / Los Angeles / American Math Society / /

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Xu-Dong Liu / Don Peaceman / Robert Richtmyer / I. Louis Nirenberg / John Bell / Tony Jameson / Paul Garabedian / Fritz John / Burt Wendroff / Barbara Keyfitz / David Young / John von Neumann / Philip Colella / Phil Colella / Heinz Kreiss / Ami Harten / James / Dong Liu / Marsha Berger / Riemann / Peter D. Lax / Alexandre Chorin / Peter Lax / Peter D. Lax Conducted / Marshall Rosenbluth / Heinz-Otto Kreiss / /

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speaker / mathematician / CPA / director / director of computing center / /

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Communications on Pure and Applied Mathematics / /

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Wis / /

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fluid dynamics / Metropolis algorithm / one algorithm / /

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