News and events

Micromechanical model of fiber bridging

A new open publication "A micromechanical model of fiber bridging including effects of large deflections of the bridging fibers", is developed in the DACOMAT project and has now been published in Composite Structures. The new model can be valuable tools for studying the underlying mechanisms of fiber bridging and how to utilize this phenomenon to maximize the fracture resistance and damage tolerance of composite laminates.

Damage tolerant composites. Why and how?

Start: 08/03/2021 10:00
End: 08/03/2021 12:30
Location: Online meeting

The DACOMAT EU project present more damage tolerant and damage predictable low-cost composite materials. Welcome to presentations and discussions. By invitation only.

A mixed mode cohesive model for FRP laminates incorporating large scale bridging behaviour

New open publication and data to download on: A mixed mode cohesive model for FRP laminates incorporating large scale bridging behaviour. A user defined cohesive material model is implemented in the LS-DYNA finite element code. The model is based on interface properties characterised from DCB specimens loaded with unequal bending moments

DACOMAT at 2020 virtual Risø Materials Symposium

There was strong representation of researchers working on the DACOMAT project at the conference on Materials and Design for Next Generation Wind Turbine Blades

Sustainable composites: The future

Callum Hill gave a presentation of the life cycle assessment work that JCH Industrial Ecology is performing within the DACOMAT project in June 2020 for the online conference ‘ Sustainable Composites: the Future’.

The DACOMAT project speeded up their career

What made three construction engineering students choose to write up their bachelor's thesis on fibre-reinforced polymer composites (FRP)?

Master student Floriane's internship in the DACOMAT project

Meet Floriane Peyrouse, and read about her internship in the DACOMAT project.

New cooperation for fracture resistant vinyl ester composites

3B, Polynt and Hexcel have joined in a European Research and Innovation project to develop fracture resistant glass fibre – vinyl ester composites.

PhD Georgios Xypolias

Meet Georgios Xypolias, the PhD candidate from University of Strathclyde, and read about his research and contribution in the DACOMAT project.

Material life cycle-thinking

Our actions affect the environment in ways we may not understand when we decide what products to use and how to use them. What are they made of and how are they made? How do we use them and how do we dispose or recycle them? In the DACOMAT project we use LCA and LCCA to reduce our impacts. Here we explain what they are and why they are important tools.

Bridge in Skien will serve as LCA & LCCA study case in DACOMAT

A new pedestrian bridge is to be constructed in the city of Skien, Norway. The bridge has a liftable midsection to allow ship passage. The liftable section of the bridge will be a composite structure engineered by DACOMAT partner FiReCo. The side spans will be constructed in concrete by Johs Holt. The light composite solution allows the liftable section to be constructed without counter weights that will interrupt the view of the city.

New PhD at DTU

Meet Daan Jonas Hottentot Cederløf, the new PhD at DTU in the DACOMAT project.

39th Risø International Symposium on Materials Science

3-6th of September 2018 the 39th Risø International Symposium on Materials Science was arranged by DTU Wind at their campus at Risø near Roskilde in Denmark. The topic of the symposium was Fatigue of Composite Materials: Microstructure, mechanics and methods.

Report - LCA database of environmental impacts to inform material selection process

In the DACOMAT project, new composite materials will be manufactured. The first deliverable in the project is a report providing advice on relevant Life-cycle assessment (LCA) data for use by project partners. The deliverable is a database which gives environmental impact data on Global Warming Potential and Embodied Energy (carbon footprint) for materials and processes relevant to the project.

New research into the use of composite materials aims to reduce bridge costs and provide more durable wind turbines

16 May 2018

Bridges constructed with fibre reinforced polymers (composites) may become a familiar sight in Europe if a new pan-European research project achieves its objectives. The project also aims to provide more durable and reliable wind turbines.

Fibre-reinforced plastic may reduce the costs of bridges

23 April 2018

They are lightweight, strong, and resistant to corrosion and decay. In the future, bridges in Norway could be made of fibre-reinforced plastic elements, which extend their lifespans and reduce life cycle costs.

6th Plenary meeting

The 6th Plenary meeting was held on Teams the 10th November. 21 participants were attending the meeting and the agenda was addressing the progress in the project and administrative matters.

30 month meeting

The 5th plenary meeting took place the 9th and 10th June on Teams

24th month meeting

Our 4th plenary meeting was held in Verviers, Belgium, hosted by 3B Fibre glass.

18 month meeting

18 month meeting was hosted by HEXCEL in Duxford,UK 25th - 26th June.

12 month meeting

12 month meeting was hosted by Airtificial in Jerez de la Frontiera in Spain, 16th - 17th January.

6 month meeting

The 1st plenary meeting took place at Høvik near Oslo, Norway, 11th – 12th June.

DACOMAT project kick-off meeting

The DACOMAT project Kick-off meeting was held in the Mid-Norway European Office, Brussels in Belgium, January 18th – 19th.

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