CIDAUT will be at MATCOMP 2015: The XI National Congress on Composite Materials


The XI Spanish National Congress on Composite Materials ( is jointly organized by the Rey Juan Carlos University, AEMAC (The Spanish Association of Composite Materials) and FIDAMC, and its main sponsor is AIRBUS Group. CIDAUT will participate presenting two different papers, one dedicated to development of material models for short fibre reinforced materials, and a second one focused on the implementation of design methodologies for continuous carbon fibre composites for automotive safety components.


The MATCOMP series of National Congresses have, ever since their founding in 1995, become the most important meeting between the academic, scientific and industrial communities within the composite materials field in Spain. The main objective has always been the establishment of a communication channel between the industry and the technical and scientific community to promote research, development, innovation, as well as the use and spreading of composite materials.

CIDAUT has taken part in these congresses in the past, and this year our contribution is focused on the design of automotive components. Nowadays it’s all about weight reduction, new environmental standards are calling for sustainability in mobility, which will be achieved with greener power trains and optimized light weight designs.

Short fibre reinforced components have considerably improved mechanical properties in terms of stiffness and structural strength thanks to the fibre contribution to their performance. Though used in the automotive industry for a long time, the influence of the manufacturing process is seldom taken into account because of the lack of an easy to implement design methodology, as current research goes through complex material models or expensive and very specific software packages.


BMW i3 Profile (Source: BMW Group Press Club)

If weight reduction is considered, then advanced composite materials, and especially those combining continuous fibre with plastic matrixes are very well poised for growth. In this context, several continuous carbon fibre components can be found in the automotive industry, from bonnets, front end structures, underbodies, side pillars or roofs, to the ambitious BMW i3 passenger cell. Our research deals with designing a suspension arm, which is probably one of the lesser found examples in the sector. A list of critical load cases has been selected from the suspension arm of a representative B segment vehicle. The packaging requirements have been taken from the same vehicle as well, imposing a limit on the available design volume. The challenge in this design lies mainly in taking into account manufacturing requirements such as the desirable symmetry of the staking, the correct combination of biaxial non crimp fabric plies with UD reinforcements, the limits on the possible orientations if the curvature radius grows imposed by the manufacturing process, together with the mechanical load cases and the available design space.

Meet us at MATCOMP the 6th-8th of July 2015 to know more about our research in the field of composite materials, or get in touch with us, we are always happy to share our experiences and find new collaboration opportunities.

On March 26th, Cidaut had the opportunity to participate in the workshop “Lean & Learn” about applying Lean Concepts in Project Management

It was organized by the Association for Organizational Learning SoL Spain ( SoL Spain, is a community that share an interest in developing skills necessary for organizational learning to achieve fundamental changes in people and their organizations.

Persei Consulting, TECNALIA and CIDAUT share their business experiences in Lean Projects Management. Persei Consulting described their experience applying Scrum and agile methods in the management of software development projects, Tecnalia went into detail explaining the adaptation of these methodologies in their projects and pilot areas, and CIDAUT shared our experience deploying the Lean Project Management methodology.

Lean Project Management (LPM) is the application of Lean principles in the context of project management. LPM has many ideas in common with other lean concepts. The fundamental principle is based on creating more value with less “waste” using Lean tools such as standardization, visual control, daily Kaizen, etc.

The debate generated interesting conclusions for the companies got involved in a cultural change through the lean thinking and agile methods.

Start by enthusiasts

When an organization is facing a change, there are always three kinds of people: “Enthusiasts” (10%) who take easily the proposed changes, the “Silent majority” (80%) formed by neutral people who will adapt progressively to changes as they become consolidated and are extended, and finally “Reluctant to change” (10%) who tend to reject any proposal.

We agree that the best option is to start applying these methods in a pilot project with a good group of enthusiastic people involved. The following challenge is how to extend it to more people, more projects, and more departments. It is necessary to keep encouraging them and trust that enthusiasts will extend it to the rest.

Managers involvement, is it important?

Managers involvement is necessary to succeed in changing the management process?

We agree there are different degrees of involvement. The “laissez faire” management style to lead change as one priority. No one doubts that the rate of progress is higher when the Management is really involved.

But we agree that the degree of involvement or not is never an excuse for not promoting change initiatives from other non-hierarchical leadership when it takes sense to work according to this philosophy of work and applying agile methods.

Lean Tools

An advantage of the tools used in the application of agile methods is its simplicity.

Everybody learn how to use Lean tools without any problem. This can lead to the mistake of thinking that learning to use the tools, the change will occur by itself. This is not true but tools provide a way to initiate the change.
When we use the tools we need to adapt them to our type of work, to our reality, change tools conveniently and the real change occurs providing benefits when we change, when change the way we feel, the way we think and how we interact with our peers and customers.

Cultural change as main conclusion

As main conclusion we can say that the application of these methodologies is not an aim in itself, the ultimate goal is a change in the culture of our organization. Create a culture of collaboration and involvement of persons.

The change in the conditions a person does his job leads to a change of attitude in people. When people are involved they appreciate learning and action.

We agree that when an organisation improve working methods and workflow view, people change their attitude and that’s when the culture changes.

For more information about the content of this event visit the blog


Valladolid has launched the world’s first smart pedestrian crossing

Maybe some of you have already seen it on the media, but for those still unaware… Valladolid has launched the world’s first smart pedestrian crossing!!!


Within the framework of the VRUITS European Project (Improving the safety and mobility of vulnerable road users through ITS applications), and thanks to the close collaboration with the Valladolid City Council, CIDAUT has installed an intelligent system that solves the problem of people detection and counting in all kind of environments using a brand new technology. This idea of measuring and monitoring people flow was found very appealing in order to improve urban mobility and the system quickly found its way on the crossing between the streets Claudio Moyano and Santiago, one of the most crowded spots in Valladolid city centre.

The aim of the installation was on one the hand detect and count pedestrians on Calle Santiago, to measure people flow and see how it varies depending on the time of day and from one day to another. The system is also able to distinguish different directions, allowing making statistics of people following one sense or another separately. On the other hand, Calle Santiago is the main pedestrian street in the city centre, being Claudio Moyano the only road crossing it. This means this particular crossing supports daily a huge amount of people. Taking pedestrian flow into account to adapt traffic lights in real time is crucial to improve pedestrian’s mobility and safety in the crossing.

This new smart system counts all passersby, determining how many people are waiting to cross, and it sends all the information to the traffic lights control to adapt the green phase accordingly if there are too many pedestrians on the waiting areas.

And what is the difference with the traditional push-buttons? Well, this system provides two main advantages over the old-fashioned buttons. Firstly, it does not depend on users to be activated. Sometimes people are oblivious to the need of pushing the button in order to activate the pedestrian green phase on some crossings, while others are impaired and unable to push it, leaving the most vulnerable road users aside. Secondly, this system allows resuming traffic flow if pedestrians are no longer waiting to cross. Haven’t you ever been retained needlessly in some traffic lights just because someone pushed the button and then left?

In addition and in order to increase pedestrian safety even more, a smart lighting module has been also implemented to illuminate pedestrians on the zebra crossing, providing an enhanced visibility so that drivers can perceive pedestrians better and react accordingly.

After all these months of hard work, here is the system installed:

vruits_1vruits_2vruits_3vruits_4  vruits_5

 Installed equipments


C/ Santiago, towards Plaza Mayor                         C/ Santiago, towards Plaza Zorrilla

So if you happen to be in Valladolid and walk around that area, remember… we are watching over you!

WASIS: Vibro-acoustic characterisation of the CFRP fuselage section

As one of the last activities carried out within the WASIS FP7 Project, Cidaut performed the vibro-acoustic characterisation of two components, firstly one test panel and secondly the largest fuselage section (1m diameter prototype). In both cases the study covered low and high frequency ranges. The aim of this activity was to validate FEM/BEM models for low frequency range and SEA models for high frequency.


wasis_3 wasis_4

The panel dimensions correspond to the real scale size of the aircraft fuselage. The idea was to learn about the panel behaviour before addressing the 1:2 scale aircraft fuselage. Two test methods were used to identify the behaviour at low frequencies: inertance tests and experimental modal analysis. For the high frequencies the Transmission Loss and Radiation Factor were obtained. Trough these parameters coupling loss factors associated with each phenomenon can be derived.

wasis_5 wasis_6wasis_7

To characterize the barrel, two different tests have been designed aiming to reproduce the noise field and acoustic loads the fuselage section would be exposed to in real conditions. In these tests the transmitted energies between different parts of the specimen are measured. Besides, the Transmission Loss and radiation factor were obtained.

To complete this task, vibro-acoustic models of filament winding structures were developed. The results of these models have been correlated with the results of structure characterization. Once the validation of both models was finished, a new model of a full scale filament winding fuselage was carried out.


All these models have helped characterize the vibro acoustic performance of Wasis Composite Prototypes, enabling the project Consortium to assess not only the mechanical performance, but also other factors such as the transmission loss and radiation factor.

Advanced Composite Integrated Skin Panel Structural Testing – Results from Clean Sky ACID Project

Stiffened panels are required in structures which can be obtained by different processes. They can be made by attaching stiffeners to a thin panel or by producing integrally stiffened panels. An innovating manufacturing process based on Liquid Resin Infusion (LRI) can be employed for obtaining integrally stiffened panels. It is based on moulding a dry NCF (Non Crimp Fabric) pre-form of Carbon fibre plies, which is bonded by a one-shot injection process to high stiffness, pre-cured pre-preg T-section stiffeners. This method presents benefits like lower costs in machining and fewer assembly operations.



The structural behaviour of integrally stiffened panels is normally better than those panels with attached stiffeners, but the difference is difficult to quantify by analysis, and is dependant on the manufacturing technology. Especially, the major interest is to clarify the structural behaviour of the panels, and more specifically their critical mode of failure.

The immediate solution could be to carry on comparative structural tests on different coupons moulded by different manufacturing methods, but it must be taken into account that habitually employed strain and stress measuring systems are limited to specific predefined points or have limited resolution. As the manufacturing process and materials are expensive, and last a long term, few coupons are available. Therefore, carefully combined measurement systems must be employed to obtain as much information as possible during the test, and also recurrent information is desirable to correlate results obtained by different sources.

As an answer to this scenario, the ACID project was launched to explore and analyze some of the previous factors, trying to study comparatively the mechanical properties and behaviours of different panels obtained by different manufacturing processes.



To achieve this goal, a testing matrix was accomplished, based on 3 LRI coupons. Two of them are panels with attached stiffeners and the other one is an integrally stiffened panel. It is expected that the results obtained in the tests help to clarify the panels’ behaviour and allow comparing the mechanical advantages versus economic benefits of the manufacturing processes.

The main objectives of the project were described as follows:

  1. Carry on large scale structural tests for obtaining ultimate properties and failure modes of components manufactured by different processes.
  2. Measure strain and stress information during the test in a recurrent manner to combine and correlate the obtained signals which define the structural behaviour of the panels throughout the test.
  3. Analyze the obtained results, establishing a comparison between the behaviours of panels with attached stiffeners and integrally stiffened panels.
  4. Analyze the obtained results, establishing a qualitative comparison between the mechanical advantages versus economic benefits of the manufacturing processes.

The main achievements of the project were the validation of the novel techniques for composite manufacturing due to the result obtained in the tests. The final mechanical response of the differently implemented panels shows great similarities in the main mechanical characteristics (failure load, stiffness, failure mode).

This validation serves as a starting point for further methodologies development and means a widening of the possible applications or fields of Composite materials.

At the same time, the cross comparison of the measurement devices is useful when deciding the most convenient measurement system for each project. The pros and cons are highlighted and an estimative error between systems is obtained.

The major environmental benefit is the validation of the novel cleaner manufacturing composite methodologies (less energy needed, less wastes, lower costs) against conventional procedures in representative playground.

On the 24th of March, CIDAUT will hold an Exploitation Strategy Seminar in the frame of METALMORPHOSIS FP7 European Project


In a few weeks, the nine partners of METALMORPHOSIS will meet to celebrate the forth Steering Committee Meeting. The overall aim of the project is to develop a new range of novel metal-composite hybrid products for the automotive industry, using the new and innovative electromagnetic pulse technology, which is highly suitable for joining dissimilar metal products. The current application range of this technology will be extended during the project towards joining of composite and metals. Mechanical joints like bolting or riveting are reliable and widely accepted, but they create local stress concentrations which reduce the strength of the components by as much as 50%, enough to eliminate the envisaged weight gains in many designs. Bonded joints are effective, but require very secure engineering, clean production environments and well-trained personnel to ensure reliable joints. Moreover, companies, and specially SMEs, lack the skills to design and produce reliable bonded structures.


Attending to this scenario, METALMORPHOSIS proposes the design of three automotive components: a shock absorber, a brake pedal and a bumper support. Research efforts have been applied to optimize all the parameters of the joining process combining experiments and simulation by finite elements methodology. The project has recently passed its midline and is evolving as expected.

One day before the meeting, the Exploitation Strategy Seminar will be celebrated at CIDAUT facilities. The working day will start with an ”ice breaking” session and will cover all the aspects and activities of exploitation from the state of the art to the intellectual property rights. The ESS will be driven by an expert and all the partners will attend: Belgium Welding Institute, Centimfe, Cidaut, Ideko, Poynting, Regeneracija, Stam, Tenneco and Toolpresse. The main aim of this Exploitation Strategy Seminar is to have an expert evaluating the list of exploitable results and assessing the partners on the best possible strategies to exploit them, solving the possible ownership and conflicts that arise in the process.

LIFE+ New Jersey Project event in Brussels: Promoting Sustainable Infrastructure in EU Regions


On March 3rd, a diffusion event organized by the European Road Federation about works carried out on New Jersey project (New Generation of New-Jersey safe barriers using recycled materials and rubber form end-of-life tyres) took place. This event was held in Brussels, at the Committee of the Regions, the EU’s Assembly of Regional and Local Representatives, matching a meeting of the Environment, Climate Change and Energy (ENVE) group of the Committee of the Regions.

All New Jersey Project works were summarized by the Region of Madrid General Roads Directorate, as well as other Research projects supported by the Region of Madrid on Infrastructures.

Besides the main results of New Jersey Project, other Projects related with sustainable Infrastructures and efficiency were introduced by Acciona, Signus, and Cidaut Foundation, some of them related to LIFE + Program.

Cidaut Foundation made a review on Regional concerns of the Green eMotion project results, by showing a successful implementation of electric mobility schemes, as well as the standardization road map, as proposed by Green eMotion parners. Additionally, the Illumetric system for luminance and illumination efficiency assessment was introduced, showing several case samples of the way it can help reaching an effective public spending.

Besides these projects speeches, new Life Programme 2014-2020 details were introduced by DG ENVI European commission member, Mr Hervé Martin, as well as the new Public Procurement Directive, oriented to boost innovative solution on public contracts.

Next steps on New Jersey Project will be the implementation of one of the barriers developed on a Road on the Region of Madrid, dedicated to evaluate actual in-site performance. This implementation will be installed during March 2015 as a permanent barrier, and will be monitored the following months, for evaluating its performance. New Jersey Project is scheduled to end on July 2015.


Brussels (Belgium),  7 November 2014


The project ACOUTRAIN has come to its end, and its final event was held last November in Brussels, organised by UNIFE.

About 50 railway experts participated in the event, gathering a broad set of expertise in different knowledge fields like rolling stock manufacturers, testing laboratories, notified bodies for rolling stock homologation and representatives of the European Railway Agency.




Nicolas Furio, Administrative Project coordinator, UNIFE

Jean-Marie Bodson, Technical Director Standards & Regulations

Philippe Citroën Director-General of UNIFE

The main results of ACOUTRAIN were presented during the full day event, structured in 5 main sections:

  • Session 1 – Basic tools for virtual certification.

Estelle Bongini from SCNF (technical project coordinator) started presenting an introduction to concepts of Virtual Testing developed in the project, establishing the initial framework to facilitate the understanding of the work carried out. In particular she gave a detailed description of the flowchart defined for the selection of the most appropriated virtual testing approach to use depending on the developed virtual vehicle. Afterwards Nathalie Cuny from Alstom and Giacomo Squicciarini from ISVR presented the software tool developed in the project, which name is the same as the project, and gave a quick in-site life demo on how to set up virtual vehicles with the new tool. Then they explained the work carried out for certification of the simulation tool, which can be applicable and extended to other simulation tools aiming to be used in the virtual testing framework.



Estelle Bongini, Technical project coordinator

Nathalie Cuny, WP4 leader, and Giacomo Squicciarini

  • Session 2 – Noise sources characterisation

David Thompson from ISVR gave indications on how to use the software tool TWINS, in particular with regards to wheel roughness, for which a dedicated study was developed to evaluate existing test methods. Ulf Orrenius from Bombardier reported about tests methods used to characterise individual noise sources of vehicles, like HVAC, motors, transformers… and eventually Benjamin Betgen from Vibratech described the research related to integration effects of noise sources and how existing calculation methods can represent it.




David Thompson, WP2 leader

Ulf Orrenius, WP3 leader

Benjamin Betgen

  • Session 3 – Methods related to virtual certification

Transposition and separation procedures to separate rolling stock and track contributions to noise emission prediction were introduced by Michael Dittrich from TNO. Estelle Bongini clarified differences between the virtual testing approach and the simplified method in the Noise TSI. Application of virtual testing results for the evaluation of noise emission from railway infrastructures in the framework of the European Noise Directive was also studied.


Michael Dittrich

  • Session 4 – Example application: NAT Case study

The extensive measurement campaign carried out during the second year was presented by Maria Starnberg from Deutsche Bahn. Andre Bistagnino from Alstom described the modelling concept behind setting up virtual vehicles for virtual testing, for which the NAT train was taken as reference.



Maria Starnberg, WP5 leader

Andrea Bistagnino

  • Session 5 – Virtual testing within certification

Estelle Bongini and Maria Starnberg took the floor to describe one of the main project outcomes, the alternative procedures or approaches for virtual testing implementation, namely hybrid approach and extension of approval.

An interesting debate took place between presenters and the audience after each session, and input was given from the industry, notified bodies and ERA.


Final workshop of Cenit TARGET at AIRBUS

On December 5th, the final workshop of the Cenit TARGET project was held at AIRBUS premises in Getafe (Madrid). This research project, focused on smart and environmentally sustainable technologies for the production of structures made of composite materials, has been founded by the CDTI (Centro de Desarrollo Tecnológico Industrial), organism depending of the Spanish Ministry of Economy and Competitiveness.

cenit_targetAirbus facilities in Getafe (Madrid)


The event highlighted the main achievements reached by the 12 partner companies: Airbus Operations, Acciona Infraestructuras, Aernnova, Applus, Aciturri, Airbus Defence & Space, Hexel, Idec, MTorres, Sairem Ibérica, Tecnatom y TR Composites, along with 24 research organizations (Universities and Technology Centres).

Among them, CIDAUT has worked jointly with Aciturri in research activities to promote the development of advanced liquid composite moulding processes, seeking to reduce cycle times, energy consumption, scrap material and manufacturing costs associated to the production of structural components in Aeronautics, while improving product quality and increasing process robustness and repetitiveness. Processes that, if automated, would allow the effective production of complex structural components and the optimization of structures assembly.

The TARGET project, which commenced in 2010 with a 30 million Euros budget, was divided in nine work packages with the objective of researching and developing new smart and environmentally sustainable technologies for the production of composite structures. In particular, the research activities are focused on materials and processes that avoid using large autoclaves, and on functions integration; laying ground for new equipment and automation concepts that should lead to major cost savings.

TARGET main outcomes that deserve mention are: the development of advanced compaction and curing technologies of thermoset and thermoplastic materials out of autoclave; nanomaterials processing for their optimized integration in aeronautic laminates; the research in advanced resin infusion technologies and 3D carbon fabrics optimization; the development of new non-destructive inspecting techniques prior to curing; and the definition of integrated production systems, both in situ and in line, for the efficient manufacturing of composite components and structures.

Final Event for the Green eMotion Project to be held in Brussels February 2015

The Green eMotion project is coming to its end next February. After four years of developing interoperable solutions for EV, analyzing standardization and infrastructure needs, and establishing the electric grids requirements, the project has reached its objective to support the roll out of EV in Europe.

Among other results, the project has successfully:

  • Developed a marketplace and a clearing house that will allow Electric Vehicles (EV) drivers across Europe to connect their vehicles in different charging points.
  • Carried out several standardization activities on communication and identification to propose new standards.
  • Defined the infrastructure requirements, as well as the basis for the future requirements on the electric grids.

CIDAUT’s main role in the project has focused on coordinating the standardization activities, as well as to analyze the environmental impact of EV, to propose measures and policies to optimize the environmental benefits of EV.

On February 25-26 February 2015 the EU Stakeholder Forum will return for the 3rd edition that will once again bring together the three flagship electromobility projects of the European Commission: FREVUE, Green eMotion and ZeEUS. The venue of the meeting will be THON HOTEL BRUSSELS CITY CENTRE

Registrations are now open for the 3rd E-mobility Stakeholder Forum, registration is free and can be done here:, you are invited to join us to discuss on the project results. The EU’s three flagship electromobility projects will present their findings and plans on electromobility in Europe, covering topics such as smart technology, standardisation, electric urban freight and the benefits of electric vehicles to society and the environment. With Green eMotion drawing to a close, attendees will also have an opportunity to hear their final results and project conclusions.

The forum will be a mixture of parallel workshop sessions and high level round tables with participation from EU, national and regional political stakeholders as well and industry and research institutes. There will be three parallel workshop sessions throughout the event, so, every attendee is asked to register in advance which session to attend. The following topics will be covered:

Parallel workshops

Session 1 – Wednesday 25 February, 16.00-17.30

Business Models: Making the case – The integration of EVs into the business environment. Making the business case fit the reality of today. Examples of best practice

Selling the (new) reality – What is the role of both public and private sectors with regards to promoting e-mobility? Market segmentation – how EVs can ‘tick’ all boxes for all sectors?

Making the connection – From grid management to the vehicle on the street, how do we cater for widespread EV uptake? What are the strategies for making this work?

Session 2 – Thursday 26 February, 11.00-12.30

Integrating Urban Modality – Real world implementation of e-mobility in the urban environment

Fact from fiction – How EVs will solve the pressing environmental challenge – from the courts to the streets

More than just charging a battery – How smart technology is complimenting EV opportunities

Session 3 – Thursday 26 February, 13.30-15.00

The path to 2030 – By 2030, our cities should be well on the way to being fossil-fuel free. What is the view of the OEM’s to achieving this?

How to reach the goal? – Public policy has us on a trajectory to zero emission by 2050 – is that fast enough? What more should we be doing?

More than a connector – While the EU Directives have confirmed the connectors, there are more standards required to make the new system work


Finally, for more information on the event, as well as to download the information related to Green eMotion achievements and the deliverables, visit: