Gas turbine engine performance simulation however, has a much greater impact on narrowing down the engine development related cost and on providing early evidence of engine malfunction, thus suppressing also the maintenance costs.Ĭomputer based gas turbine engine performance simulation and the derived methods are classified and selected for a particular application, based on the leverage between accuracy and computational load. Risk share partners need to have a view, or better to say, an evidence regarding the performance of the engine under development. Consequently, manufacturers are looking both for risk share partners and cost shrinkage.Ī principal tool to achieve the aforementioned goals is computer based, engine performance simulation. Investments on gas turbine engine development and maintenance were magnified over the years, a process driven both by the competition and strict airworthiness and environmental regulations. At the same time, manufacturers need to provide their customers, the engine users, with a competitive maintenance package. Nowadays a company on its own, the engine manufacturer for instance, cannot afford the entire engine development risk. Gas turbine engine development and maintenance comprises a great amount of risk.
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