OYSTER: OPEN CHARACTERISATION AND MODELLING ENVIRONMENT TO DRIVE INNOVATION IN ADVANCED NANO-ARCHITECTURED AND BIO-INSPIRED HARD/SOFT INTERFACES



Ref.No: 63218900
Start date: 01.12.2017
End date: 31.03.2022
Approval date: 20.07.2017
Department: CHEMICAL ENGINEERING
Sector: MATERIALS SCIENCE AND ENGINEERING
Financier: HORIZON 2020, E.C.
Budget: 510.000,00 €
Public key: 6ΟΚΙ46ΨΖΣ4-ΣΥΜ
Scientific Responsible: Prof. CHARITIDIS
Email: charitidis@chemeng.ntua.gr
Description: A FAILURE TO QUANTITATIVELY CONTROL ADHESION COSTS BILLIONS OF EUROS EACH YEAR IN FAILED COMPONENTS, SUBOPTIMAL PRODUCT PERFORMANCE AND LIFE-THREATENING INFECTIONS. NANO-ENABLED AND BIO-INSPIRED PRODUCTS OFFER PRACTICAL SOLUTIONS TO OVERCOME ADHESION ..
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