| Document Date: 2004-06-14 16:25:17
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City Distillation / Gilliland / San Diego / New York / / Company IBM / Prentice-Hall / Separation Systems / McGraw-Hill / / / Facility Carnegie Mellon University / Complex Engineered Systems Carnegie Mellon University / Institute of Mathematics / / IndustryTerm rigorous and approximate column solutions / near-by solution / pure acetone top product / bottom product / heat exchange equipment / agent-based software / software agents / find solutions / optimization algorithm / pure products / rigorous solutions / final solution / partial and total solutions / bottoms product / Parallel processing / allowed distillate products / plant site / numerical algorithms / column solution / software architecture / allowed bottoms products / / Organization Institute of Mathematics / Carnegie Mellon University / Pittsburgh / / Person Taylor / Arthur W. Westerberg / Kenneth H. Tyner / Lucia / Allan / / / Position Author / straight forward / model for solving it / / ProvinceOrState Pennsylvania / Indiana / Hawaii / New York / / Technology Newton algorithm / existing algorithms / PERL / simulation / optimization algorithm / Parallel processing / /
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Optimization of Very Large Nonlinear Problems (Design of a Flexible Separation Process) Arthur W. Westerberg 1 and Kenneth H. Tyner