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COST-EFFECTIVE LARGE SCALE 3D PRINTING OF CONTINUOUS FIBRE-REINFORCED THERMOPLASTIC COMPOSITES USING UD TAPES

Krämer, (Erik) (Associate Lector); Rietema, (Menno Jan) (Onderzoeker); Weteringe, (Bert) (Onderzoeker)

COST-EFFECTIVE LARGE SCALE 3D PRINTING OF CONTINUOUS FIBRE-REINFORCED THERMOPLASTIC COMPOSITES USING UD TAPES

2026-04-14AlgemeenConferentiebijdrage

An analytical toolbox to verify the presence, quantity and origin of recycled cotton fibres in textile garments

Berge, (Anke) ten (Onderzoeker); Temmink, (Robin) (Onderzoeker); Kuppen, (Maud) (Onderzoeker); Slagmaat, M.B. (Maaike) van (Onderzoeker); Kamphuis, (Sven) (Onderzoeker); Groeneveld, (Richard) (Onderzoeker); Luiken, A. (Anton) (Extern); Oelerich, (Jens) (Lector); Mahy, (Jan) (Lector)

The textile industry is one of the most polluting industries. To reduce its environmental impact, the entire supply chain must transition from a linear to a circular economy, making textile recycling at end-of-life critical. Stimulated by new regulations, the industry is increasingly incorporating recycled …

2026-02-13Algemeen( none)

COST-EFFECTIVE LARGE SCALE 3D PRINTING OF CONTINUOUS FIBRE-REINFORCED THERMOPLASTIC COMPOSITES USING UD TAPES

Rietema, (Menno Jan) (Onderzoeker); Krämer, E. (Erik) (Associate Lector)

Paper: COST-EFFECTIVE LARGE SCALE 3D PRINTING OF CONTINUOUS FIBRE-REINFORCED THERMOPLASTIC COMPOSITES USING UD TAPES tijdens SAMPE Europe 2025 Amsterdam

2025-10-02AlgemeenConferentiebijdrage

CONTINUOUS THERMOPLASTIC COMPOSITE RECYCLING BY LOW-SHEAR EXTRUSION AND COMPRESSION MOULDING

Buser, Y. (Yannick) (Onderzoeker); Bruggencate, I. (Ilse) (Onderzoeker)

Paper: CONTINUOUS THERMOPLASTIC COMPOSITE RECYCLING BY LOW-SHEAR EXTRUSION AND COMPRESSION MOULDING tijdens SAMPE EUROPE 2025 te Amsterdam

2025-10-02AlgemeenConferentiebijdrage

COST-EFFECTIVE PRODUCTION OF LARGE-SCALE GLASS FIBRE REINFORCED THERMOPLASTIC STORAGE TANKS

Braakhuis, (Allard) (Onderzoeker); Haaksman, (Jesse) (Onderzoeker); Krämer, E (Erik) (Associate Lector)

Paper: COST-EFFECTIVE PRODUCTION OF LARGE-SCALE GLASS FIBRE REINFORCED THERMOPLASTIC STORAGE TANKS tijdens EUROPE SAMPE 2025 te Amsterdam

2025-10-02AlgemeenConferentiebijdrage

Repetitive Mechanical Recycling of Carbon Fibre Reinforced Polyphenylene Sulphide

Bruggencate, (Ilse) (Onderzoeker); Hattum, (Ferrie) (Lector)

Paper: Repetitive Mechanical Recycling of Carbon Fibre Reinforced Polyphenylene Sulphide

2025-10-01AlgemeenConferentiebijdrage

Multilayered Tissue Assemblies Through Tuneable Biodegradable Polyhydroxyalkanoate Polymer (Mesh)-Reinforced Organ-Derived Extracellular Matrix Hydrogels

Getova, Vasilena E.; Pascual, Alex; Dijkstra, Rene; Gładysz, Magdalena Z.; Ubels, Didi; Wlodarczyk-Biegun, Malgorzata K.; Burgess, Janette K.; Siebring, Jeroen (Bioconversion And Fermentation Technology); Harmsen, Martin C.

Multi-layer cell constructs produced in vitro are an innovative treatment option to support the growing demand for therapy in regenerative medicine. Our research introduces a novel construct integrating organ-derived decellularised extracellular matrix (dECM) hydrogels and 3D-printed biodegradable polymer …

2025-07-11Techniek; …Artikel

Optical fibre sensors, Machine Learning & Connectivity: Exploring potential fields of applications

Abou Dargham, Sara

2024-07-02AlgemeenConferentiebijdrage

Evaluation of natural jute fibre nets and their potential to improve the flexural strength of geopolymer concrete

Ivet Todorova (Student); Tiina Suvorov (Docent); Sai Divi (Docent); Marianna Ansiliero de Oliveira Coelho (Begeleider)

This research investigates the potential of natural jute fibre nets to enhance the flexural strength of geopolymer concrete tiles. Two types of jute fibre grids with surface densities of 120g/mm² and 220g/mm² were tested in four configurations. The objective was to determine the configuration that most …

2024-06-25Bouw & LogistiekBachelor

Bio-based sodium alginate treatment for natural fibre as partial aggregate replacement for geopolymer concrete

Viêt Phuöng Bông (Student); Tiina Suvorov (Docent); Michiel Michels (Begeleider); Marianna Ansiliero de Oliveira Coelho (Begeleider)

MNEXT (formerly the Center of Expertise – Biobased Economy (CoE BBE)) is researching about the link between Geopolymer, Alginate and Natural fibres treated using Alginate, more specifically about the potential usage of Sodium Alginate and Alginate-treated natural fibres as biological/sustainable binder/activator …

2023-08-28Bouw & LogistiekBachelor

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