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Mathematics-in-Industry Case Studies Journal, Volume 6, ppImproving a Fuel Cell Assembly Process Ibrahim Diakite ∗ David A. Edwards † Brooks Emerick ‡
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Document Date: 2015-03-23 09:46:10

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pool protocol / scission protocol / large-scale industrial applications / waste product / final product / electricity / greedy algorithms / genetic algorithm / assembly protocol / subunit size protocol / genetic algorithms / natural gas / selection algorithms / fuel cell technology / manufacturing tolerances / pure hydrogen gas / hydrogen gas / /

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Excel / /

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School of Mathematical and Statistical Sciences / Department of Engineering Sciences and Applied Mathematics / Arizona State University / Northwestern University / Department of Mathematics / Department of Mathematical Sciences / University of Delaware / University of Texas / /

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Ibrahim Diakite / Angela L. Peace / max B / Christopher Raymond / Mark J. Panaggio / Brooks Emerick / David A. Edwards / Matt Zumbrum / /

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corresponding author / /

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Texas / Illinois / Delaware / Arizona / /

Technology

scission protocol / one-step algorithms / subunit size protocol / fuel cell technology / 4.1 One-Step Algorithm / one-bin pool protocol / promising technology / 4.2 Two-Step Algorithm / one-step algorithm / genetic algorithm / 4 Assembly Protocols / assembly protocol / selection algorithms / fuel cells / pool protocol / Fuel Cell / 3.2 Subunit Size Protocols / /

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