Controlling the rocket engine performance variability via probabilistic parameter analysis. Abstract: The three Space Shuttle main engines that are used to ...
Controlling the rocket engine performance variability via ... - SciSpace
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TL;DR: An approach to robust design is proposed, aimed at identifying the optimal operating point and the key parameters in a rocket engine design that ...
https://dblp.org/rec/conf/smc/Lin89. Chin-Wen Lin: Controlling the rocket engine performance variability via probabilistic parameter analysis. SMC 1989: 1197 ...
Controlling the rocket engine performance variability via probabilistic parameter analysis · Analysis of the unplanned shutdowns and estimation of reliability in ...
This paper addresses different methods for determining the amount of extra propellant (flight performance reserve or FPR) that is necessary to reach orbit ...
Probabilistic Design Analysis (PDA) methodology and related tools are evolving in conjunction with the needs and requirements for designs that are robust ...
Oct 11, 2024 · The performance of this engine was investigated using NASA's chemical equilibrium analysis (CEA) and STAR-CCM+ simulations, focusing on thrust ...
The elements of rocket propulsion are discussed in Chapter 3. Performance parameters that are useful in characterizing rocket engines, namely, specific ...
This paper discusses how the use of digital engineering—specifically physics-based modeling (PBM)—can aid in developing, testing, and validating a LOX/LCH4 ...
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Framework procedure established for quantifying risk of turbine blade failure due to resonance. • Probabilistic analysis enable first-time use of statistical ...
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