FT-SMXB: NUMERICAL PREDICTION OF DELAMINATION GROWTH UNDER FATIGUE LOADING CONDITIONS
Abstract
The emerging tendency to adopt composite materials for primary structures opens new scenarios involving new safety issues related toThe emerging tendency to adopt composite materials for primary structures opens new scenariosinvolving new safety issues related to the fatigue behaviour of composites and to the response to fatigue load of composites inter-laminar and intralaminar failure mechan the fatigue behaviour of composites and to the response tofatigue load of composites inter-laminar and intralaminar failure mechanisms.Starting from the experience in developing finite elements methodologies and tools in the frame of the European, national andisms.Starting from the experience in developing finite elements methodologies and tools in the frame of theEuropean, national and regional research projects, the Aerospace Structures Group of the Departmentof Engineering - University of Campania Luigi Vanvite regional research projects, the Aerospace Structures Group of the Departmentof Engineering - University of Campania Luigi Vanvitelli is willing to start a new Research Project proposal to be funded in the frame of the Naval International Cooperative Opportunitilli is willing to start a new Research Projectproposal to be funded in the frame of the Naval International Cooperative Opportunites in Science and Technology (NICOP) agreement.ies in Science andTechnology (NICOP) agreement.
Document Details
- Document Type
- DoD Grant Award
- Publication Date
- Jul 20, 2020
- Source ID
- N629092012042
Entities
People
- Aniello Riccio
Organizations
- Office of Naval Research
- United States Navy
- University of Campania "Luigi Vanvitelli"