CUERVO: A finite element computer program for nonlinear scalar transport problems | Zendy

M.B. Sirman | Zendy; David Gartling | Zendy

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CUERVO: A finite element computer program for nonlinear scalar transport problems

Author(s) -

M.B. Sirman,

David Gartling

Publication year - 1995

Language(s) - English

Resource type - Reports

DOI - 10.2172/155760

Subject(s) - finite element method , nonlinear system , scalar (mathematics) , laplace transform , code (set theory) , mixed finite element method , laplace's equation , poisson's equation , mathematics , computer science , mathematical analysis , partial differential equation , engineering , geometry , physics , structural engineering , programming language , set (abstract data type) , quantum mechanics

CUERVO is a finite element code that is designed for the solution of multi-dimensional field problems described by a general nonlinear, advection-diffusion equation. The code is also applicable to field problems described by diffusion, Poisson or Laplace equations. The finite element formulation and the associated numerical methods used in CUERVO are outlined here; detailed instructions for use of the code are also presented. Example problems are provided to illustrate the use of the code

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