Projet

CARAB

Conception Avancée Robuste pour les Assemblages Boulonnés
The objective of this project is to develop and validate a set of methods and tools that can be used to optimize bolted assemblies for aerospace products. Although this technology is widely used, this tightening method is at the root of many challenges throughout the lifecycle of aerospace products. The proposed solution is based on 3 topics: highly instrumented physical tests to establish a basis for validation, Virtual Testing methods to determine the confidence level of simulations, and development of high-performance digital methods to accurately predict behavior under complex loads. There is a wide range of expected benefits: weight savings, optimized manufacturing process, increasingly effective calculation software that can be used to generalize non-linear 3D calculations in design offices and improve tribological understanding

Number of scientific articles published: 0

Number of patents filed: 0

Number of product’s innovation: 0

Number of product’s innovation service: 0

Number of projected jobs created: 0

Number of jobs maintained: 0

Number of related companies creation: 0