Multi-objective optimization of rolling schedules for tandem cold rolling based on adaptive weight differential evolution algorithm

According to the demands of actual rolling schedules designing, power distribution, rolling energy consumption and slip rate are selected as objective functions. Then the multi-objective model of rolling schedules is established. An adaptive weight differential evolution algorithm is proposed for mu...

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Main Authors: Yong Li, Yu Wang, Qun Gai
Format: Conference Proceeding
Language:English
Subjects:
Adaptive weight differential evolution algorithm
Educational institutions
Force
Multi-objective optimization
Optimization
Power distribution
Rolling schedules
Schedules
Strips
Tandem cold rolling
Vectors
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Yu Wang
Qun Gai
description According to the demands of actual rolling schedules designing, power distribution, rolling energy consumption and slip rate are selected as objective functions. Then the multi-objective model of rolling schedules is established. An adaptive weight differential evolution algorithm is proposed for multi-objective optimization. And it is applied to rolling schedules multi-objective optimization of tandem cold rolling. The result shows that the proposed method decreases the values of three objective functions simultaneously compared to actual rolling schedules.
doi_str_mv 10.1109/ICInfA.2012.6246843
format conference_proceeding
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subjects Adaptive weight differential evolution algorithm
Educational institutions
Force
Multi-objective optimization
Optimization
Power distribution
Rolling schedules
Schedules
Strips
Tandem cold rolling
Vectors
title Multi-objective optimization of rolling schedules for tandem cold rolling based on adaptive weight differential evolution algorithm
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