HIGH RESEARCH COUNCIL OF SPAIN

Transcription

1 HIGH RESEARCH COUNCIL OF SPAIN Rethinking coastal defence and Green-energy Service infraestructures through enhanced-durability high-performance cement-based materials

2 CSIC: Autonomous agency in the Ministry of Economy and Competitiveness of Spain. The largest public multidisciplinary and multisectorial Research Organization in Spain and the 3 rd in Europe Main objectives: Foster, coordinate, develop and promote Scientific and Technological research. Contribute to advancing knowledge and economic, social and cultural development. From basic research to technological development. Collaborations: National and international universities, scientific and technical R&D institutions, large &SMEs enterprises etc employees 3764 researchers 125 Institutes Delegation in Brussels

3 CSIC produces 20% of the national scientific output and Patents TOTAL FUNDING BY PROGRAMS 19% 10% 45% 250 projects in the Work Programme (EU finantial contribution > 107M ) 21 coordinated 26% cooperation capacities ERC persons

4 CSIC is divided in 8 scientific-technical areas: Area 6. Materials Science &Technology Institute of Construction Science Eduardo Torroja (IETcc) Scientific and Technological Research at IETcc Construction & building materials. Structural engineering, roads & energy saving. National & International Projects, private contracts Technical support to the construction sector European Technical Assessment (ETA) for innovative construction products Active member & co-founder of international bodies: UEATC, EOTA, CEB, CIB, RILEM and ENBRI, UEATC. Elaboration of Standards. Permanent member of the Spanish construction code (EHE) & EUROCODE Dissemination of Scientific and Technical Knowledge 2 SCI journals

5 Institute of Construction Science Eduardo Torroja (IETCC) - Cement and Materials Recycling Chemistry of Cement Materials Recycling - Structural Safety and Durability Reinforcement Corrosion and Structural Safety Performance-based Concrete Development, Structural Reliability and Risk Analysis: PREHFER Sustainable Interaction of Construction Materials with the Environment (ISCMA) - Construction Energy Saving & Emissions reduction in Buildings Construction Systems & Building Habitability Ceramic Materials in Construction Risk Management & Safety Efficient Structural Systems

6 CSIC-IETcc facilities Mechanical test lab Modelling SEM/XRD/TG/AFM Concrete Durability /corrosion Concrete production Lab. Innovative products (ETA)

7 CSIC-IETcc research team in reshealience Name María Cruz Alonso Esperanza Menendez Mª Dolores Gómez Carlos Villagra Function Research Professor R&D Specialized Degree CSIC Tenured Scientist CSIC R&D Specialized Degree CSIC Project responsabilities CSIC Leader, expertise in durability performance of concrete, included acid attack and corrosion of reinformcements, and functionalised concrete performance in severe environments Expert in durability of concrete damage including sulphate attack, alkali silica reaction. Civil Engineer specialised in structural analysis and design. Architect, specialized in structural performance of buildings

8 CSIC role in reshealience - WP3. Rethinking structures in aggressive environments (M1-M32) Task 3.2 (M2-M6) D3.2 Definition of scenarios and of durability demands and performance parameters - WP5. Quantification of UHDC improved long term durability performance (M4-M40) (WP leader) Task 5.1 (M4-M18) Feedback of durability performance and UHDCs design Task 5.2 (M6-M24) Verification of sensivity and reliability of in-situ non-destructive methods and sensors Task 5.3 (M8-M40) D5.4 Characterization of UHDC material performance in simulated XS and XA operating conditions by a multi-method approach using advanced laboratory strategies Task 5.4 (M19-M24) D5.3 Criteria for durability performance assessment of UHDC in XS and XA environments to reduce maintenance

9 CSIC role in reshealience - WP6. Modelling long term durability of UHDC (M7-M46) Task 6.2 (M12-M36) LCA principles Task 6.3 (M18-M42) Fuzzy-probabilistic data treatment, transfer in semi-probabilistic format - WP8. validation and proof of concepts in real-site durability conditions (M12- M48) Task 8.1 (M12-M24) D8.1 KPI and monitoring assessment of performance Task 8.3 (M12-M48) Off-shore Pilot Validation Task 8.4 (M12-M48) Marine Infrastructure Pilot Validation - WP9. Dissemination and exploitation of results

10 CSIC Expectations from reshealience Background IP Project expected results Protection of results (IPR) Exploitation route Characterization of degradation and durability of cement based materials Improve durability of UHDC under extremely aggressive exposures P & PA Others: Papers, congresses and background expertise in future national and EU projects Publications Open Access info Presentations Thesis promotion WP 5: papers on durability performance of UHDC under XS and XA environments Papers to journals supporting OA (Gold) on construction and durability topics Int. Cong and WS Presentations in construction and durability 1 PhD thesis

11 CSIC Expectations from reshealience - Scientific expectation beyond reshealience: Increase knowledge on research under severe conditions Gain experience & skills on multifunctional concretes monitoring techniques Enhance expertise in Life Cycle assessment (LCA) of new materials and components - Technological Expectations beyond reshealience: Maintain future S & T collaborations with reshealience partners Expertise to implement in future projects at Nat. and Int. level International Expand of competence and abilities gained

12 HIGH RESEARCH COUNCIL OF SPAIN Rethinking coastal defence and Green-energy Service infraestructures through enhanced-durability