MULTI-DOMAIN DESIGN ASSESSMENT FOR AEROSPACE COMPONENTS INCLUDING WELD ACCESSIBILITY

Abstract Aeroengine manufacturers need to better include assessment of risk and cost for realising the novel products needed meet ambitions sustainability driven targets air transport. Radical technologies are that simultaneously require critical manufacturing processes be assessed already in conceptual design. In this paper, a multi-domain framework design evaluation is proposed provide ability interactively explore concepts allow wider range architectures can still weldability concepts. It has been demonstrated how high level, function alternatives modelled evaluated analyse resilience architectures. Geometrical generated most interesting regimes using experiments covering desired space. For each CAD-model welding process simulated assess feasibility lead time welding, return quantified results included an integrated data set interactive decision making. The paper first report from research project improve concurrent product production