Metodi numerici per lo studio di centri di lavoro ad alta velocità

A Machining Centre is nowadays a complex mechanical, electronic, electrical system that needs integrated design capabilities which very often require a high time-consuming effort. Numerical techniques for designing and dimensioning the machine structure and components usually requires different knowledge according to the system that have to be designed. This Ph. D Thesis is related about the efforts of the Authors to develop a system that allows to perform the complete project of a new machine optimized in its dynamic behaviour. An integration of the different systems developed, each of which respond to specific necessities of designer, is here presented. In particular a dynamic analysis system, based on a lumped mass approach, that rapidly allows to setup the drives of the machine and an Integrated Dynamic Simulation System, based on a FEM approach, that permit a dynamic optimization, are shown. A multilevel Data Base, and an operator interface module provide to complete the designing platform. The proposed approach represents a significant step toward the virtual machining for the prediction of the quality of the worked surface.

Analisi e progettazione di un sistema informativo per la rintracciabilità del prodotto. Il caso Elettronica Santerno S.p.A Gruppo Carraro

Studio di un sistema informativo che permetta di tenere traccia del flusso di informazioni relative ad ogni singolo inverter da quando viene assemblato dal terzista fino a quando viene finito di collaudare dentro Elettronica Santerno e dichiarato pronto per la spedizione al cliente finale.