Data for: Viscous sintering kinetics of biopolymer filaments extruded for 3D printing (Image Analysis)

Published: 26-04-2019| Version 1 | DOI: 10.17632/fd8htt6785.1
Contributors:
Laurent CHAUNIER,
eric leroy,
Kevin COCHET,
denis Lourdin,
Guy Della Valle,
Anne-Laure Réguerre

Description

Results of the image analysis during sintering sequences. Fusion bonding kinetics between two extruded filaments based on zein plasticized by 20w% glycerol (filament_diameter=2mm, each) at T=80°C, T=100°C, T=120°C, T=125°C, T=130°C and T=140°C (average values and standard deviations for 3 trials carried out at each temperature): - Evolution of the bonding angle, Theta [rad], between the two extruded filaments - Evolution of the convexity index, Iconvex [-], defined as the ratio between the area of the two filaments cross-section and the convex surface (the whole area including the two filaments cross-section and concavities between them). This ratio reaches a value of 1 if the fusion bonding leads to a perfect sintering of the two filaments, without residual concavity.

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