Achieving a better understanding and optimization of the automated fiber placement process by rethinking design rules and manufacturing stages, through precise instrumentation of temperature fields and generated residual stresses, as well as a predictive numerical tool. A potential consequence is the reduction of the mass of certain parts and the expansion of additive manufacturing applications toward higher value-added components.

Optimizing development cycles and reducing environmental impact through the adoption of direct manufacturing, without the use of tooling. This approach eliminates non-recurring costs and shortens the production lead time for thermoplastic composite parts.