SUSTainable industrial DESIGN of TEXtile structures for composites

Widening ParticipationHORIZON-CSAID: 101079009
EC Contribution
€14,946
Consortium Size
5 orgs
Start Year
2022
Summary

The SustDesignTex project general objective is to enhance networking activities and establish long-term strategic partnership between TUL (Faculty of Materials Technology and Textile Design), top-class leading counterparts at the EU level - 3 famous Universities, and the Polish company active in the field of the project results implementation. The general objective will be gained via building on the huge potential of networking for excellence through knowledge transfer in industrial design of innovative textile structures for composites, based on the joint implementation of a research microproject and a preliminary exchange of the best practice between TUL and the partners due to a set of coordination and support activities organized around the microproject. TUL, ITA, HB and UZ researchers will get acquainted with the real research interests and conditions of each other, train their skills and transfer knowledge on the new methodologies and equipment during short-term visits, expert visits, lectures, training sessions, joint research work, conferences and conducting of a joint research micro-project designing and assessing new Textile Reinforcement Composites (TRC). TUL also will get a huge institutional advancement in reserach management and administration, research project preparation, management and coordination, and develop the skills of its Early Stage Researchers via the Strengthening TUL research management marathon, roundtables, workshops and the Joint Summer School for TUL ESRs. The Industry-Research Dialog Platform and the Joint Research and Innovation Road Map launched in the project will create conditions for constant joint work with industrial partners and support gaing the goals of the Lodz Region Smart Specilization Strategy. The TUL team will acquire expertise in industrial design, processing textile structures and TRC from outstanding partners and become a Center of Excellence in the optimization of innovative TRCs.

Consortium (5)

Project Results (30)

Source: CORDIS, the EU research results database.

Publications (11)
Design and multiscale simulation of Wool/PLA biocomposites: Experimental validation and impact failure analysis
Materials & Design· 2025DOI
Zbigniew Stempien, Marcin Barburski, Justyna Pinkos, Nawar Kadi
Life Cycle Assessment of Flax Fiber Technical Embroidery-Reinforced Composite
Polymers· 2025DOI
Andrzej Marcinkowski, Agata Poniecka, Marcin Barburski
Multi-Parametric Study on Flexural Behavior of Wool–Flax Hybrid Composites Under Thermal Conditions
Materials· 2025DOI
Tsegaye Lemmi, David Ranz, Clara Martin
Thermochromic textile sensors for temperature measurements
Measurement· 2025DOI
Malwina Jaszczak-Kuligowska, Elżbieta Sąsiadek-Andrzejczak, Marta Safandowska, Marek Kozicki, Laura Florentino Madiedo, Marcin Barburski, David Ranz, Reyes Mallada
BICYCLE Handlebar Design with High Damping Factor Using Natural Composites
DYNA· 2024DOI
David Ranz Angulo, MARCOS OCHOA ESPINOSA, J. Abad, Ramon Miralbes, MARCIN BARBUSKI
Composites technology in aviation
Scientific Journal of Safety and Logistics· 2024DOI
Kostur K, Zmigrodzka M, Balcerzak T, Rajchel J, Moch N, Skwarski A.
Design Potential of Technical Hemp and PLA Nonwovens
Journal of Natural Fibers· 2024DOI
Katarzyna Zimna, May Kahoush, Marcin Barburski
INFLUENCE OF REPEATED SWITCHING OF CURRENT THROUGH CONTACTS MADE OF ELECTROCONDUCTIVE FABRICS ON THEIR RESISTANCE
Autex Research Journal· 2024DOI
Jacek Leśnikowski
Numerical Modeling of the Thermal Insulating Properties of Space Suits
Materials· 2024DOI
Michał Dzięgielewski, Ryszard Korycki, Halina Szafrańska, Marcin Barburski
Ultrasonic fortification of interfiber autohesive contacts in meltblown nonwoven materials
Journal of Advanced Joining Processes· 2024DOI
Amit Rawal, Danvendra Singh, Alok Maurya, Siddharth Shukla, Muktar Seid Hussen, Yordan Kyosev, Imre Szenti, Akos Kukovecz, Nawar Kadi, Vijay Kumar
Textile architecture for composite materials: back to basics
Oxford Open Materials Science· 2023DOI
Amit Rawal, Abhijit Majumdar, Vijay Kumar
Deliverables (19)