Solution of Nonlinear Boundary Value Problem on Successively Refined Grids.
Final rept. 1 Aug 88-30 Apr 92,
YALE UNIV NEW HAVEN CT
Pagination or Media Count:
Our AFOSR supported research F49620-88-C-0096DEF has focused on four main areas 1 the development and analysis of adaptive continuation methods for the solution of nonlinear two-point boundary value problems 2 the investigation of flame stretch and flame curvature in tubular premixed laminar flames 3 the study of fresh reactant -hot product counterflow flames and 4 the formulation of a parallel multidimensional elliptic boundary value solver for use in complex chemistry combustion problems.
- Theoretical Mathematics
- Combustion and Ignition