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DACOMAT project deliverables

The page lists 10 deliverables related to the research project "DACOMAT".

List of Deliverables

DACOMAT: list of downloadable deliverables.
title and desprition	type	last update
Characterization of fracture mechanisms, fibre bridging and correlation to AE activity Report on the correlation of AE signals with the modified fracture properties. Physical characteristics of the fracture mechanism relating to fracture resistance, such as the degree of fibre bridging in a particular fracture process zone, can be inferred via differing AE waveform characteristics from cracks with a high or low degree of fibre bridging. Programme: H2020-EU.2.1.3. - Topic(s): NMBP-06-2017 download deliverable	Documents, reports	2020-04-25
Interim LCA and LCCA report based upon technology selection and modelled processes Interim LCA and LCCA report based upon technology selection and modelled processes. Based upon the materials selection by the DACOMAT partners and studies of the composites, it will be possible to model the whole life of the materials at a coarse level using both LCA and LCCA. This modelling will involve the use of different scenarios to identify â€˜hot-spotsâ€™ and allow for a sensitivity analysis to be conducted. This information can be used to â€˜fine-tuneâ€™ the materials decisions before the demonstrators are made. A preliminary baseline study of conventional technologies will also be conducted at this time. The deliverable will be in the form of a report. Programme: H2020-EU.2.1.3. - Topic(s): NMBP-06-2017 download deliverable	Documents, reports	2020-04-25
Determining the governing factors for promotion of secondary delamination fronts Report describing the governing factors for promotion of secondary delamination fronts based on results obtained with numerical simulations with varying choices of R-curves, laminate layup and load scenario. Programme: H2020-EU.2.1.3. - Topic(s): NMBP-06-2017 download deliverable	Documents, reports	2020-04-25
Cohesive zone model for mode I and mode II delamination (plane stress) Numerical implementation of cohesive zone model for mode I and mode II delamination (plane stress) with detailed R-curves and demonstration of how individual R-curves for adjacent layers can promote parallel cracks and crack arrest. The implementation of the model and its use is presented in a memo. Programme: H2020-EU.2.1.3. - Topic(s): NMBP-06-2017 download deliverable	Other	2020-04-25
Advanced algorithms for damage detection from strain measurements Starting with PCA as baseline algorithm for processing strain data, a review on the latest advances in data analysis methods will be done, and those more promising will be implemented. The deliverable will be a Report summarizing main algorithms, and a comparison of results. Programme: H2020-EU.2.1.3. - Topic(s): NMBP-06-2017 download deliverable	Other	2020-04-25
Fatigue model based on a cohesive law A computational model to simulate fatigue driven crack growth with focus on reasonable computaional cost. The model will be calibrated and validated with experimental data from subtask 3.2.1. The formulation, implementation, use and validation will be described in a memo. Programme: H2020-EU.2.1.3. - Topic(s): NMBP-06-2017 download deliverable	Other	2020-04-25
Micromechanical model for fibre peel-off and pull-out A micromechanical simulation model/method to predict the effect of fibre configuration and matrix properties on the cohesive traction - separation law. Based on a representative volume with one or a few fibres bridging two crack faces. Statistical treatment of results generated are used to predict the traction separation law for larger ensembles of fibres. The delivery will be a memo describing the simulation method and the results generated and appropriate results data in ASCII format Programme: H2020-EU.2.1.3. - Topic(s): NMBP-06-2017 download deliverable	Other	2020-04-25
Report on mode II interface cohesive law using an improved single fibre fragmentation test The state-of-the-art single fibre fragmentation test method will be improved to extract additional information to be applied in recent advanced micromechanical models able to separate the interface fracture energy from the interface friction. Mode II fracture energy will be measured and be used in WP1. The delivery will be a memo describing the improved evaluation method and the results generated. Programme: H2020-EU.2.1.3. - Topic(s): NMBP-06-2017 download deliverable	Documents, reports	2020-01-27
LCA database of environmental impacts to inform material selection process LCA database of environmental impacts to inform material selection process. An inventory will be created of the component materials which will form the basis of the composites. This will be informed by the use of background data from the ELCD and Ecoinvent databases. Where partners have already conducted their own LCAs, the information will also be incorporated into the database, where this is compatable. Where there are data gaps, these will be filled by conducting searches of the scientific literature and any published environmental product declarations. Where this is not possible, modelling will be used. All of this information will be incorporated into an excel spreadsheet. A report will accompany this spreadsheet. Programme: H2020-EU.2.1.3. - Topic(s): NMBP-06-2017 download deliverable	Other	2020-01-27
DACOMAT project website The website will be the main external communication tool developed in DACOMAT and will be implemented and updated all along the project duration. The website will publish on a regular basis the current status of the project and main results obtained, in a popularized format, in addition to newsletters that will also be published online. The website will also offer an agenda for coming events where DACOMAT partners will be present Programme: H2020-EU.2.1.3. - Topic(s): NMBP-06-2017 download deliverable	Websites, patent fillings, videos etc.	2020-01-27