Modern engineering design optimization processes require an increasing distribution of calculation activities between distributed collaborating teams, laboratories, Universities and companies. The aerospace industry has an increasing need to establish efficient Collaborative Frameworks between partners with the aim at reducing design redundancies and accelerating the required design optimization loops, moving the focus from separated centres towards a strongly connected innovation network. This paper will present an Italian collaborative innovation network involving Avio S.p.a. and his two university research centres Great Lab and ePaintLab. The scenario presented is focused on the collaborative network set-up aiming at addressing advanced multi-disciplinary design optimization strategies supporting next generation of jet engine subsystems design.
A Collaborative Engineering Platform for Supporting Design Optimisation of Advanced Aero Engine Sub-Systems
CORALLO, Angelo;BOSCO, PIERLUIGI;ZIZZARI, ALESSANDRO ANTONIO;
2011-01-01
Abstract
Modern engineering design optimization processes require an increasing distribution of calculation activities between distributed collaborating teams, laboratories, Universities and companies. The aerospace industry has an increasing need to establish efficient Collaborative Frameworks between partners with the aim at reducing design redundancies and accelerating the required design optimization loops, moving the focus from separated centres towards a strongly connected innovation network. This paper will present an Italian collaborative innovation network involving Avio S.p.a. and his two university research centres Great Lab and ePaintLab. The scenario presented is focused on the collaborative network set-up aiming at addressing advanced multi-disciplinary design optimization strategies supporting next generation of jet engine subsystems design.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
