Research Explorer

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Mathieu Vandecasteele

Publicaties & datasets

Prijzen & Erkenningen

10 Resultaten

2025

A high-speed multi-modal in-situ monitoring system for targeting multiple defect types in selective laser sintering

Mathieu VandecasteeleRicardo SantanderDomenico IusoMohsen NourazarSven CornelissenBrian Booth

A high-speed multimodal in-situ monitoring system for detecting porosity and deformation defects in the powder bed fusion of metallic parts

Mathieu VandecasteeleSamuel searleDomenico IusoMohsen NourazarAyyoub AharMilad Hamidi NasabBey VranckenBrian Booth

High-speed multimodal actionable porosity prediction for enabling in-process control of selective laser sintering

Mathieu VandecasteeleRicardo SantanderDomenico IusoMohsen NourazarWilfried PhilipsSven CornelissenBrian Booth

U Artikel in een tijdschrift in Measurement Science and Technology

Hybrid data fusion for low-cost high-speed monitoring in powder bed fusion 3D printing

Brian BoothSam LerouxDries VerheesMathieu VandecasteeleCyril BlancAbdellatif Bey-TemsamaniWilfried Philips

2024

Combining high-throughput imaging in visible and SWIR wavelengths for in-situ porosity prediction in laser powder bed fusion

Ayyoub AharMathieu VandecasteeleBrian BoothKurt De GraveDries VerheesWilfried PhilipsAbdellatif Bey-Temsamani

High-speed deformation prediction in selective laser melting using context-adaptive neural networks

Mathieu VandecasteeleDomenico IusoMilad Hamidi NasabDries VerheesJoaquim SanctorumMohsen NourazarAbdellatif Bey-TemsamaniBrian Booth

High-speed interpretable representation learning of melt pool signatures in metal additive manufacturing

Mathieu VandecasteeleDries VerheesWilfried PhilipsAbdellatif Bey-TemsamaniBrian Booth

The MultipLICITY Project : improving laser based AM using high-speed in-situ monitoring and control

Mathieu VandecasteeleBrian BoothWilfried Philips

2023

High-speed interpretable representation learning of meltpool signatures using variational autoencoders

Mathieu VandecasteeleBrian BoothWilfried Philips

Towards material and process agnostic features for the classification of pore types in metal additive manufacturing

Mathieu VandecasteeleRob HeylenDomenico IusoAditi ThankiWilfried PhilipsAnn WitvrouwDries VerheesBrian Booth

A1 Artikel in een tijdschrift in MATERIALS & DESIGN