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Technical Viability and Operational Assessment of a Supersonic Business Jet

机译:超音速公务机的技术可行性和运营评估

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There is a continuous interest in developing a supersonic business jet capable of transporting ten or more passengers at speeds greater than Mach 1.5, over a distance of at least 4,000 nmi, while weighting no more than 100,000 lb. While the technical and socioeconomic challenges associated with the development of a supersonic business jet might be more easily solved than those associated with a large supersonic transport airplane they still demand a significant engineering effort. This paper explores the technological improvements needed to achieve a viable design, the sensitivities of technology drivers and mission parameters, and impact on operational considerations. Traditional sizing and constraint methods were used in the analysis and operational assessment for selected business jet routes was performed. Plausible improvements in aerodynamics, propulsion, and structures, along with operational changes will be required to achieved a feasible configuration.
机译:人们一直在开发一种超音速公务机,该公务机能够以超过1.5马赫的速度在至少4,000 nmi的距离上运输十名或更多的乘客,而重量不超过100,000lb。与此同时,技术和社会经济挑战也随之而来。与那些仍需要大量工程工作的大型超音速运输机相比,超音速公务机的开发可能更容易解决。本文探讨了实现可行设计所需的技术改进,技术驱动因素和任务参数的敏感性以及对运营考虑的影响。在分析中使用了传统的尺寸和约束方法,并对选定的公务机航线进行了运营评估。为了实现可行的配置,需要对空气动力学,推进力和结构进行合理的改进,并进行操作变更。

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