ENHANCING REPROCESSABILITY OF DYNAMIC POLYMER COMPOSITES WITH THERMALLY SENSITIVE PARTICLES AND CONTROLLED PARTICLE-MATRIX INTERFACES

Title paper: ENHANCING REPROCESSABILITY OF DYNAMIC POLYMER COMPOSITES WITH THERMALLY SENSITIVE PARTICLES AND CONTROLLED PARTICLE-MATRIX INTERFACES Journal: Advanced Composites and Hybrid MaterialsGeneral information ⋅ authors: Anthony Hoogmartens (LPAC, EPFL), Véronique Michaud (LPAC, EPFL) ⋅ date of collection: 08/12/2025 ⋅ funding: Marie Skłodowska-Curie Doctoral Networks (MSCA-DN) grant agreement No 101073432DOI: 10.5281/zenodo.17853411Data and file(s) overview: Supplementary_Information_AdvancedCompositesHybridMaterials(data)_AnthonyHoogmartens:This file contains the data of all the stress relaxation and tensile tests and their repetitions.1. Stress relaxation experiments of the matrix2. Stress relaxation experiments of PLA and PET composites (5 vol%, 10 vol%, 15 vol%, 20 vol%)3. Stress relaxation experiments of control formulations (CF1, CF1+ 10 vol% PLA, CF2, CF3)4. Tensile tests: effect of the post-cure temperature (100°C vs 150°C) on the tensile properties (matrix, 10 vol% PLA composite and 10 vol% PET composite)5. Tensile tests: reprocessing of the matrix and composites6. Tensile tests: effect of several volume fractions of PLA and PET on the stress relaxation behaviour7. Tensile tests: stress relaxation experiments of the control formulationsSupplementary_Information_AdvancedCompositesHybridMaterials(graphs)_AnthonyHoogmartens:This file contains the graphs plotted from the previous data sets.