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EXTREME LOADING ANALYSIS OF PETROCHEMICAL PLANTS AND DESIGN OF METAMATERIAL-BASED SHIELDS FOR ENHANCED RESILIENCE

Deliverables

"Proceedings of Scientific Workshops #2"

"Proceedings of Scientific Workshops #2"

Advanced Course lectures on XP-RESILIENCE website

Advanced Course lectures on XP-RESILIENCE website

"Proceedings of Scientific Workshops #3"

"Proceedings of Scientific Workshops #3"

"Proceedings of Scientific Workshop #4"

"Proceedings of Scientific Workshop #4"

Midterm report on PhD thesis of ESR13

Midterm report on PhD thesis of ESR13

Midterm report on PhD thesis of ESR8

Midterm report on PhD thesis of ESR8

Midterm report on PhD thesis of ESR9

Midterm report on PhD thesis of ESR9

Consortium Agreement

Consortium Agreement must be drafted and signed by all members of the consortium.

Midterm report on PhD thesis of ESR1

Midterm report on PhD thesis of ESR1

Midterm report on PhD thesis of ESR4

Midterm report on PhD thesis of ESR4

Midterm report on PhD thesis of ESR2

Midterm report on PhD thesis of ESR2

Midterm report on PhD thesis of ESR6

Midterm report on PhD thesis of ESR6

Final research report of ESR3

Final research report of ESR3

Midterm report on PhD thesis of ESR7

Midterm report on PhD thesis of ESR7

Midterm report on PhD thesis of ESR11

Midterm report on PhD thesis of ESR11

Midterm report on PhD thesis of ESR10

Midterm report on PhD thesis of ESR10

Midterm report on PhD thesis of ESR14

Midterm report on PhD thesis of ESR14

Midterm research report on PhD thesis of ESR5

Midterm research report on PhD thesis of ESR5

Midterm report on PhD thesis of ESR12

Midterm report on PhD thesis of ESR12

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Publications

Conception of a 3D Metamaterial-Based Foundation for Static and Seismic Protection of Fuel Storage Tanks

Author(s): Vincenzo La Salandra, Moritz Wenzel, Oreste S. Bursi, Giorgio Carta, Alexander B. Movchan
Published in: Frontiers in Materials, Issue 4, 2017, ISSN 2296-8016
DOI: 10.3389/fmats.2017.00030