Hybrid Modeling of an Adhesive Bonding Process, Case Study: Polyphenylene Sulfide
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- @InProceedings{Goharoodi:2023:CoDIT,
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author = "Saeideh Khatiry Goharoodi and Jeroen Jordens and
Bart {Van Doninck} and Guillaume Crevecoeur",
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booktitle = "2023 9th International Conference on Control, Decision
and Information Technologies (CoDIT)",
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title = "Hybrid Modeling of an Adhesive Bonding Process, Case
Study: Polyphenylene Sulfide",
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year = "2023",
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pages = "1786--1791",
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abstract = "Adhesive bonding is a joining process used in several
industries such as aerospace, automotive, civil
construction and manufacturing. Traditionally, the
optimisation of the parameters for this process is
performed by adhesive experts via trial and error which
is expensive and time-consuming. Therefore having a
process model for optimisation purposes is of great
interest. In this study, we develop such process model
which includes cost, visual quality and joint strength
properties for Polyphenylene sulfide bonding use-case.
We adopt analytical modelling approaches for those
process properties that do not require extensive system
knowledge and are not effected by large number of
process parameters, namely cost and visual quality.
Additionally, we use data-driven genetic programming
approach to model the more nonlinear process property,
meaning joint strength of the bond. Consequently, we
employ a hybrid approach by combining available
knowledge and experimental data. The process model can
then be implemented for process optimisation or to
create a digital twin which predicts if the product
quality is in scope.",
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keywords = "genetic algorithms, genetic programming, Industries,
Visualization, Costs, Predictive models, Product
design, Quality assessment, Manufacturing",
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DOI = "doi:10.1109/CoDIT58514.2023.10284411",
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ISSN = "2576-3555",
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month = jul,
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notes = "Also known as \cite{10284411}",
- }
Genetic Programming entries for
Saeideh Khatiry Goharoodi
Jeroen Jordens
Bart Van Doninck
Guillaume Crevecoeur
Citations