ANS American Nuclear Society
ANS
ANS HomeAboutMembersJoinContactSearch
Journals

Content

Publications
ANS > Publications > Journals > Nuclear Science and Engineering > Volume 136
Application of Temperature Parallel Simulated Annealing to Loading Pattern Optimizations of Pressurized Water Reactors

Volume 136 · Number 2 · October 2000 · Pages 247-257
Technical Paper

Akio Yamamoto, Hiroshi Hashimoto

ANS Store:  Purchase Article

Temperature parallel simulated annealing (TPSA) was applied to in-core fuel management optimizations, and the optimization performance was evaluated by comparing TPSA with traditional simulated annealing (SA). The TPSA method is an optimization algorithm that is based on SA, but has several distinguishing features: an automatic temperature annealing schedule, time homogeneity, and a significant affinity with parallel execution. The calculation results of a test problem revealed that TPSA was superior to traditional SA in terms of detailed loading pattern optimizations. The reason for this is that the TPSA temperature annealing schedule can effectively avoid local optima by repeating a cooling and heating cycle automatically.

<< Return to Volume 136
Questions or comments about the American Nuclear Society web site?  Contact the ANS Webmaster.