S.j. (santiago) GarciaÂ
Associate Professor
Department of Aerospace Structures and Computational Mechani
Delft University of Technology
Netherlands
Biography
"Chemical Engineer by the Universitat Jaume I and PhD by the Polytechnic University of Valencia (UPV) in Spain, Dr Garcia joined the Faculty of Aerospace Engineering at the TUDelft after one year postdoc at the UPV and 2 years at the 3mE Faculty of the TUDelft. Dr Garcia is currently Ass. Prof. at the Novel Aerospace Materials group and team leader of the Self-Healing Polymeric Materials team. This truly multidisciplinary research team focuses on the development of self-healing polymeric materials (coatings, polymers and composites) and responsive coatings taking into account chemistry, physics, electrochemistry, surface science and mechanics. Current research efforts are directed to the development of: (i) self-healing polymer systems based on a deeper understanding of the role of architecture on healing, (ii) new characterization techniques/protocols to monitor and quantify healing processes and (ii) unconventional smart control release systems for coatings. The research of Dr Garcia is typically sponsored by national, European and company bilateral initiatives. As a result of his academic career Santiago has published 63 articles in peer reviewed journals and 15 book chapters a part from multiple contributions at international conferences. Besides his research focus Dr Garcia is involved in teaching and students supervision and guidance at BSc and MSc level. Moreover his compromise with the diffusion of science is constant being involved in the organization of scientific conferences (ICSHM, ASST, ISE), acting as reviewer of 10+ international journals, delivering invited talks at conferences and other scientific forums, participating in TV programs (e.g. toekomstmakers from RTLZ) and being member of the NVDO-Materials Taskforce for university-industry knowledge transfer. "
Research Interest
Novel Aerospace Materials
Publications
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Non-destructive monitoring of delamination healing of a CFRP composite with a thermoplastic ionomer interlayer
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Contributions of hard and soft blocks in the self-healing of metal-ligand-containing block copolymers