The composite production of parts where it is necessary to create hollow structures, such as -for example- air ducts and passages for wiring, does not pass through the traditional model-mold-piece, or direct mold-piece approach, mainly due to the complexity of the shapes to be made and therefore of the equipment to be engineered and produced. On the contrary, thanks to the modern 3D printing technology, or fast prototyping, it is possible to quickly generate the core of the object to be made, on which to proceed with the lamination.
Agnelli, J., Benedetti, D., Fantuzzi, N. (2023). Soluble Mandrel Technology to Produce Parts in Composite Material for Formula 1. Springer Science and Business Media Deutschland GmbH [10.1007/978-3-031-30333-3_26].
Soluble Mandrel Technology to Produce Parts in Composite Material for Formula 1
Agnelli J.;Fantuzzi N.
2023
Abstract
The composite production of parts where it is necessary to create hollow structures, such as -for example- air ducts and passages for wiring, does not pass through the traditional model-mold-piece, or direct mold-piece approach, mainly due to the complexity of the shapes to be made and therefore of the equipment to be engineered and produced. On the contrary, thanks to the modern 3D printing technology, or fast prototyping, it is possible to quickly generate the core of the object to be made, on which to proceed with the lamination.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
