'Optimisation of an in-process lineal dielectric sensor for liquid moulding of carbon fibre composites'

Citation

Mesogitis, Tassos; Asareh, Mehdi; Skordos, Alex; Maistros, George; Lira, Christian (2020). Optimisation of an in-process lineal dielectric sensor for liquid moulding of carbon fibre composites. Cranfield Online Research Data (CORD). Dataset. https://doi.org/10.17862/cranfield.rd.12563276

Abstract

Data: -RTM experiment - 4 bar clamping pressure.xlsx Excel spreadsheet containing the impedance/admittance signals and corresponding covered length for the the PI-LD lineal sensor alongside the visual flow front measurements using video for the 4 bar clamping pressure RTM trial -RTM experiment - 7 bar clamping pressure.xlsx Excel spreadsheet containing the impedance/admittance signals and corresponding covered length for the PI-LD and NyPU lineal sensor, the impedance signals for the PI-LD cure sensor, and the temperature evolution used for the kinetics/specific heat capacity evolution for the 6 bar clamping pressure RTM trial -Air sensor tests.xlsx Excel spreadsheet containing the impedance and admittance spectra of 3 PU sensors in air Models: -FLEXPDE sensor in air.dat FLEXPDE script for 2D FE complex electric field model of sensor in air -FLEXPDE sensor in resin.dat FLEXPDE script for 2D FE complex electric field model of sensor in resin Images: - Flow front mm_process time min.zip Compressed set of images used to identify the flow front position in the 4 bar clamping pressure RTM trial. Files are named to indicate the flow front position and process time. For example, file 150-1.70 is the image corresponding to a flow position of 150 mm at 1.70 min.

Description

Software Description

Software Language

Github

Keywords

'Carbon fibres', 'Computational Modelling', 'Process monitoring', 'Resin transfer moulding (RTM)', 'Composite and Hybrid Materials'

DOI

10.17862/cranfield.rd.12563276

Rights

CC BY 4.0

Relationships

Supplements

Funder/s

High Value Manufacturing Catapult through the Technology Pull-Through fund at the National Composites Centre UK