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Turbine Engine Cost Reduction Using Life Cycle Cost Techniques
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Sector:
Event:
Aerospace Meeting
Language:
English
Abstract
This paper describes the technical approach and development of methodologies used to conduct design trade studies from a Life Cycle Cost standpoint. A discussion of computer program capability is followed by a general discussion of several engine design trade studies. The potential for influencing engine design using a Life Cycle Cost methodology is emphasized.
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Citation
Curry, C., Earle, R., and Pedersen, G., "Turbine Engine Cost Reduction Using Life Cycle Cost Techniques," SAE Technical Paper 781031, 1978, https://doi.org/10.4271/781031.Also In
References
- “Turbine Engine Life Cycle Cost Model” Wright-Patterson AFB 1 February 1977
- “Casebook Life Cycle Costing in Equipment Procurement” Department of Defense July 1970
- “Life Cycle Costing Guide for Systems Acquisitions (Interim)” Department of Defense January 1973
- Koepnick E. G. Horn E. W. “New Concepts for Gas Turbine Engine Development Process to Reduce System Life Cycle Costs” OSD Aircraft Engine Design and Life Cycle Cost Seminar NADC Warminster, Pa. November 1975
- Hanink D. Robinson L. Zolezzi B. “Material Index Factor Methods for Estimating Cost of Advanced Power Plants” OSD Aircraft Engine Design and Life Cycle Cost Seminar NADC Warminster, Pa. November 1975
- Curry C. E. “Life Cycle Cost as a Propulsion System Design Consideration” ASME Gas Turbine Conference and Products Show Philadelphia, Pa. March 1977
- “Advanced Propulsion System Integration Design Definition Study”
- Redmond W. A. Short F. R. “Turbine Engine Technology Demonstrator Component Development Program” Detroit Diesel Allison Division of General Motors Corporation June 1975