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Analysis and Repair of Cracks in the Space Shuttle Main Propulsion System Propellant Feedlines

机译：航天飞机主推进系统推进剂馈线裂纹的分析与修复。

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《AIAA/ASME/SAE/ASEE Joint Propulsion Conference and Exhibit》|2003年|P.1-12|共12页
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J. Melcher; D. Rigby;
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原文格式 PDF
正文语种
中图分类航空发动机（推进系统）;
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1. Space shuttle main propulsion system anomaly detection: A case study [J] . Matthews B.L., Srivastava A.N., Iverson D., Aerospace and Electronic Systems Magazine, IEEE . 2011,第9期

机译：航天飞机主推进系统异常检测：案例研究
2. A multi-objective, multidisciplinary design optimization methodology for the conceptual design of a spacecraft bi-propellant propulsion system [J] . Fazeley H. R., Taei H., Naseh H., Structural and multidisciplinary optimization . 2016,第1期

机译：一种多目标，多学科的设计优化方法，用于航天器双推进系统的概念设计
3. Analysis of a main fatigue crack interaction with multiple micro-cracks/ voids in a compact tension specimen repaired by stop-hole technique [J] . Mohammad Malekan, Hermes Carvalho The Journal of Strain Analysis for Engineering Design . 2018,第8期

机译：通孔技术修复的紧凑拉伸试样中主要疲劳裂纹与多个微裂纹/空隙的相互作用分析
4. Analysis and Repair of Cracks in the Space Shuttle Main Propulsion System Propellant Feedlines [C] . American Institute of Aeronautics and Astronautics/American Society of Mechanical Engineers/Society of Automotive Engineers/American Society for Engineering Education Joint Propulsion Conference and Exhibit . 2003

机译：航天飞机主要推进系统推进剂饲料中的裂缝分析与修复
5. Automation based on knowledge modeling theory and its applications in engine diagnostic systems using space shuttle main engine vibrational data [D] . Kim, Jonnathan H. 1995

机译：基于知识建模理论的自动化及其在航天飞机主机振动数据诊断中的应用
6. Recent progress and perspectives of space electric propulsion systems based on smart nanomaterials [O] . I. Levchenko, S. Xu, G. Teel, -1

机译：基于智能纳米材料的空间电力推进系统的最新进展和展望
7. Flow Analysis of X-34 Main Propulsion System Feedlines [O] . Vu Bruce, Turner Jim E., Garcia Robert 2000

机译：X-34主推进系统馈线的流动分析

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