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Trends in Air Turbine Starters for Large Turbofan Engines
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English
Abstract
Methodology development from analysis using both starter parameter trends and auxiliary system features can be applied to focus future starter development efforts. This analysis method can be used to devise improvements to the starter system and its supporting systems and equipment. Results of historic development trends of air turbine starter characteristics, parameters and features are examined for basic trends and for state-of-the art limits. This analysis of parameter relationships and of current examples breaks-down paradigms to realize previously unseen component and system advances.
The data from analysis provides a new platform for starter development that can bring maximum overall value to the customer.
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Citation
Kasak, A., "Trends in Air Turbine Starters for Large Turbofan Engines," SAE Technical Paper 921975, 1992, https://doi.org/10.4271/921975.Also In
References
- Nicholas, N.R. C&A Commercial Early Warning Reliability Report GE Aircraft Engines Commercial Reliability Engineering Cincinnati, OH 45215 March 13 1992
- Schmidt, W.E. Houston, G.G. Lubrication Systems for Air Turbine Starters, The Garrett Corp. Garrett Pneumatic Systems Div. SAE paper no. 841547
- Taylor, G.R. Starter-Engine Interface Concept Garrett Pneumatic Systems Div. of Garrett Corp. SAE paper no. 841548
- Walker, L.L. CFM56-2C Starter GE Aircraft Engines Commercial Reliability Engineering Cincinnati, OH 45215 May 12 1992
- “Glossary, Aircraft Engine Starting and Auxiliary Power Systems” Aerospace Recommended Practice, SAE ARP 906A 1986
- Study of Future Trends in Starters for Large Engines SAE AE-6 Committee Project No. AE-6-91-3 1991