Supporting tools to technical advance in the early stages of design

¹ Altair Engineering France, 92184 Antony Cedex, France
² EURECAT, Centre Tecnològic de Catalunya, Plaça de la Ciència, 2 08242 Barcelona, Spain
³ EDP Sciences, Production Department, 91944 Les Ulis Cedex A, France

^* Corresponding authors: aaridhi@altair.com; josejorge.espi@eurecat.org

Abstract

The development of methods and tools to support the advancement in scientific and technical solutions has emerged in recent years in order to assist decisions that allow to avoid extra efforts due to the common traditional “trial and error” approach. At the same time, new challenges in terms of environmental protection have also engaged to adopt decisions having into account that climate protection needs to remain as a primer driver in the development of the aviation sector. AIRPOXY will recover all current requirements through an integrated approach where LCA (Life Cycle Assessment), LCC (Life Cycle Cost analysis), HHRA (Human Health Risk Assessment) and numerical simulation of manufacturing processes will work together in order to demonstrate and support the development of thermoformable, repairable and bondable smart epoxy based composites for aero structures. By considering all stated before, the final aim will be double. On one hand, to be informed about technical, environmental, economic and safety requirements during key stages, in order to take informed decisions and optimise it following the Eco-design principles. On the other hand, to obtain objective data to support performance in order to increase the impact of the project and support the further implementation of the technologies as the AIRPOXY solutions reach higher TRLs.