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Optimum solution techniques for finite-difference equations
Criteria for choosing solution techniques for large systems of simultaneous equations is followed by introduction of new space-saving method for representing finite-difference equations; method allows coefficients of set of 144 finite-difference equations to be stored in approximately 2000 words of computer memory; it is concluded that slight modification of elimination scheme provides extremely efficient method for evaluating determinants of finite-difference matrices.
Optimum solution techniques for finite-difference equations
Criteria for choosing solution techniques for large systems of simultaneous equations is followed by introduction of new space-saving method for representing finite-difference equations; method allows coefficients of set of 144 finite-difference equations to be stored in approximately 2000 words of computer memory; it is concluded that slight modification of elimination scheme provides extremely efficient method for evaluating determinants of finite-difference matrices.
Optimum solution techniques for finite-difference equations
ASCE -- Proc (J Structural Div)
White, R.N. (author)
1963
22 pages
Article (Journal)
English
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